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U-Tech Laboratory Equipments

Showing 40 out of 252 products

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U-Tech Control Box With Humidistat for 5L Stainless Steel Humidifier SSI-169
sku-leadTime Ships within 3 days
U-Tech Control Box With Humidistat for 5L Stainless Steel Humidifier SSI-169
By U-Tech
₹10,029  
The U-Tech Control Box with Humidistat is a specialized accessory designed for use with the 5L Stainless Steel Humidifier SSI-169. It provides enhanced control and regulation of humidity levels in the environment where the humidifier is utilized.
The Control Box with Humidistat combines two essential components: the control box and the humidistat. The control box serves as the central unit that connects and controls the operation of the humidifier, while the humidistat measures and monitors the humidity levels in the surrounding area.
The control box typically features an interface with buttons, dials, or a digital display that allows users to adjust and set the desired humidity level. It also provides power distribution and protection for the humidifier, ensuring safe and reliable operation.
The humidistat component of the U-Tech Control Box with Humidistat continuously measures the humidity levels in the environment. It compares the measured humidity to the setpoint determined by the user and sends signals to the control box to regulate the operation of the humidifier accordingly. When the humidity falls below the setpoint, the control box activates the humidifier to increase moisture output, and vice versa when the humidity exceeds the setpoint.
The U-Tech Control Box with Humidistat offers precise and automated control of humidity levels, allowing users to maintain optimal conditions in various settings. It is particularly beneficial in environments where consistent and controlled humidity levels are critical, such as in laboratories, cleanrooms, or specific industrial processes.
To ensure compatibility and proper installation, it is recommended to refer to the specific product documentation and guidelines provided by U-Tech for the Control Box with Humidistat and the 5L Stainless Steel Humidifier SSI-169. The manufacturer's instructions will provide detailed information on how to integrate and operate the control box with the humidifier for optimal performance and efficiency.
By incorporating the U-Tech Control Box with Humidistat into the 5L Stainless Steel Humidifier SSI-169 setup, users gain enhanced control and regulation over humidity levels, allowing for a comfortable and controlled environment that meets specific requirements.
U-Tech Air Circulating Fan for Three Sides Element Universal Oven SSI-107
sku-leadTime Ships within 8 days
U-Tech Air Circulating Fan for Three Sides Element Universal Oven SSI-107
By U-Tech
₹20,059  
U-Tech Air Circulating Fan for Three Sides Element Universal Oven SSI-107 is an essential component of a universal oven that helps to distribute heat evenly throughout the oven chamber, ensuring uniform temperature and improved heating efficiency. It plays a crucial role in various applications, including cooking, baking, drying, and laboratory processes.
The primary purpose of an air circulating fan is to promote the circulation of hot air within the oven. It helps to overcome any temperature gradients or hotspots that may occur due to uneven heat distribution. By continuously circulating the air, the fan ensures that every part of the oven chamber receives the same amount of heat, resulting in consistent and uniform cooking or heating of the contents.
The fan is typically located at the back of the oven and is powered by an electric motor. As the motor rotates the fan blades, it creates a flow of air that is directed towards the oven walls and then circulated back towards the center. This convection current helps to transfer heat more efficiently to the food or products being heated.
The air circulation provided by the fan offers several benefits. First, it helps to reduce cooking or drying time by ensuring that heat reaches the food or products from all directions. This can result in faster cooking times, energy savings, and increased productivity in industrial settings.
Second, the air circulation helps to maintain a consistent temperature throughout the oven, preventing temperature fluctuations that can negatively affect the quality of the food or products. It ensures that items placed on different racks or positions within the oven receive the same level of heat, leading to uniform cooking, baking, or drying results.
Moreover, the even distribution of heat achieved by the air circulating fan can help to minimize the risk of overcooking or undercooking certain portions of the food. It promotes more consistent browning, texture, and flavor development, contributing to better overall cooking outcomes.
In summary, an air circulating fan is a vital component of a universal oven that enhances heat distribution and ensures uniform temperature throughout the oven chamber. By promoting efficient air circulation, the fan improves cooking, baking, and drying processes, resulting in consistent and high-quality outcomes. Its inclusion in ovens is particularly beneficial for achieving optimal results in various applications, from home cooking to industrial-scale production.
U-Tech 0 - 60 minutes Automatic German Timer for Gyratory Sieve Shaker SSI-159
sku-leadTime Ships within 6 days
U-Tech 0 - 60 minutes Automatic German Timer for Gyratory Sieve Shaker SSI-159
By U-Tech
₹50,739  
U-Tech 0 - 60 minutes Automatic German Timer for Gyratory Sieve Shaker SSI-159 is a sophisticated timing device commonly used in laboratory settings. It provides precise and automated control over timing intervals for various laboratory processes, experiments, and equipment operations.
The timer is designed with advanced features and functionalities to ensure accuracy, convenience, and reliability. It typically consists of a digital display that shows the countdown or elapsed time, along with buttons or knobs for setting the desired time intervals. The timer may also have additional functions such as programmability, multiple channels, and audible or visual alarms to alert users when the set time has elapsed.
One of the key advantages of an automatic German timer is its accuracy. These timers are built with high-precision quartz crystal oscillators or other timekeeping mechanisms that maintain accurate time measurements. This ensures precise control over timing intervals, critical for experiments requiring precise durations or synchronization with other lab processes.
The programmability feature allows users to pre-set multiple timing intervals, making it convenient for repetitive experiments or complex procedures. The timer can be programmed to execute a sequence of timed events, enabling automation and reducing manual intervention. This enhances efficiency, reduces errors, and frees up researchers' time for other tasks.
Furthermore, the multiple-channel functionality of an automatic German timer allows simultaneous control of multiple lab processes or equipment. Each channel can be independently programmed and monitored, providing flexibility and versatility in managing different timing requirements within a laboratory setup.
The audible or visual alarms integrated into the timer provide essential alerts to researchers or technicians. These alarms can be set to trigger at the end of a timing interval, ensuring timely attention to critical processes. This feature is particularly valuable when dealing with time-sensitive experiments or tasks that require immediate action or intervention upon completion.
The automatic German timer is compatible with various lab equipment, including shakers, incubators, ovens, and other devices that require precise timing control. Its versatility and adaptability make it a valuable tool in research, development, quality control, and other laboratory applications.
In conclusion, the automatic German timer for lab equipment offers precise, automated, and reliable timing control in laboratory environments. Its advanced features, including accuracy, programmability, multiple channels, and alarms, contribute to improved efficiency, accuracy, and convenience in conducting experiments and managing lab processes.
U-Tech 3500 rpm Medico Centrifuge for 4 x 15 ml Swingout Head SSI-208
sku-leadTime Ships within 8 days
U-Tech 3500 rpm Medico Centrifuge SSI-208
By U-Tech
₹5,899 - ₹21,239
The U-Tech 3500 rpm Medico Centrifuge SSI-208 is a high-performance centrifuge designed for medical and clinical laboratory applications. Engineered with precision and reliability in mind, the SSI-208 offers fast and efficient sample processing, making it an indispensable tool for medical professionals and researchers. At its core, the SSI-208 centrifuge features a powerful motor capable of reaching speeds of up to 3500 revolutions per minute (rpm), allowing for rapid separation of samples. This high-speed operation enables quick processing of blood, urine, and other biological fluids, facilitating timely diagnosis and analysis in clinical settings. The centrifuge is equipped with a sturdy rotor and sample holders designed to accommodate a variety of tube sizes and types. This versatility allows users to process different sample volumes and types simultaneously, maximizing throughput and efficiency in the laboratory. The SSI-208 centrifuge offers precise control over speed and acceleration, allowing users to tailor centrifugation parameters to specific sample requirements. This customization ensures optimal separation of sample components while minimizing damage or alteration to delicate biological materials. Safety is a top priority in medical laboratory settings, and the SSI-208 centrifuge is designed with built-in safety features to protect both users and samples. These features may include automatic lid locking mechanisms, imbalance detection systems, and sturdy construction to prevent accidents or sample spills during centrifugation. The compact and ergonomic design of the SSI-208 centrifuge makes it easy to integrate into laboratory workspaces, while its durable construction ensures long-term reliability and performance. The centrifuge may also feature a user-friendly interface with intuitive controls, simplifying operation for laboratory personnel. Compliance with international standards and regulations is ensured for the SSI-208 centrifuge, providing users with confidence in its safety and reliability. Rigorous quality control measures are implemented during manufacturing to guarantee consistent performance and accuracy.
green checkModel No : SSI-208
green checkColor : Silver
green checkSpeed : 3500 rpm
green checkApplication Area : Laboratories
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U-Tech Mechanical Timer for Rotary Flask Shaker SSI-146
sku-leadTime Ships within 10 days
U-Tech Mechanical Timer for Rotary Flask Shaker SSI-146
By U-Tech
₹10,619  
U-Tech Mechanical Timer for Rotary Flask Shaker SSI-146 is a simple and reliable device used to measure and control time intervals in laboratory settings. It is widely used in research, diagnostics, and quality control laboratories where precise timing is required for experimental procedures or equipment operations.
The mechanical timer consists of a mechanical mechanism that tracks and displays the elapsed time. It typically features a dial or numbered scale that indicates the time in minutes or hours. The timer is set by rotating the dial or knob to the desired time duration, and it starts counting down once activated.
One of the key advantages of a mechanical timer is its simplicity and ease of use. It does not require any power source or batteries, as it operates solely on mechanical principles. This makes it reliable and eliminates the need for frequent battery replacements or concerns about power outages. Additionally, the absence of electronic components reduces the risk of malfunctions or interference from electromagnetic fields.
The mechanical timer provides a clear visual representation of the elapsed time. The dial or scale allows users to monitor the progress of the timer at a glance, ensuring accurate timing control. Some models may also include an audible alarm or bell that alerts users when the set time has elapsed.
The timer is versatile and can be used for a wide range of laboratory applications. It can be used to time various experimental processes, such as incubation periods, reaction durations, or sample processing steps. Additionally, it can be utilized to control the operation of lab equipment, such as ovens, shakers, or heating devices, by setting specific time intervals for their operation.
Maintenance and care for a mechanical timer are typically minimal. Regular cleaning and inspection of the timer's exterior ensure its longevity and prevent dust or debris from affecting its operation. Calibration checks can be performed periodically to verify its accuracy and make any necessary adjustments if required.
In summary, a mechanical timer for lab equipment offers a simple and reliable solution for measuring and controlling time intervals in laboratory settings. Its ease of use, visual display, and absence of power requirements make it a practical choice for accurate timing control. The timer's versatility and compatibility with various laboratory applications make it a valuable tool in research, diagnostics, and quality control laboratories. Regular cleaning, inspection, and occasional calibration checks are recommended for optimal performance and longevity of the mechanical timer.
U-Tech Spare Teflon Pad for 10 L Heavy Duty Permanent Magnetic Stirrer SSI-153
sku-leadTime Ships within 10 days
U-Tech Spare Teflon Pad for 10 L Heavy Duty Permanent Magnetic Stirrer SSI-153
By U-Tech
₹2,595  
U-Tech Spare Teflon Pad for 10 L Heavy Duty Permanent Magnetic Stirrer SSI-153 is a replaceable component used to provide a non-reactive and non-stick surface between the equipment and the samples or vessels being used. Teflon, also known as polytetrafluoroethylene (PTFE), is a high-performance polymer known for its excellent chemical resistance and low friction properties. Teflon pads are commonly used in various laboratory applications to prevent sample contamination, facilitate easy release of materials, and protect the surfaces of lab equipment.
One of the primary uses of spare Teflon pads is in laboratory hotplates and magnetic stirrers. These pads are placed between the hotplate or stirrer plate and the vessel containing the sample. The Teflon pad acts as a barrier, preventing direct contact between the equipment and the vessel, thus minimizing the risk of sample contamination or damage to the equipment. Additionally, the non-stick properties of Teflon ensure that the samples can be easily released from the surface without any residue or sticking.
Spare Teflon pads are also commonly used in laboratory presses, such as hydraulic presses or manual presses. These pads are placed between the press plates and the sample or material being pressed. The Teflon pad provides a smooth and non-reactive surface, allowing for uniform pressure distribution and preventing the sample from sticking to the press plates. This is particularly useful when working with materials that may adhere to metal surfaces or react with them.
In addition to hotplates, stirrers, and presses, spare Teflon pads can be used in other laboratory equipment, such as filtration systems, vacuum chambers, and sealing devices. They help create a non-reactive and non-stick interface, allowing for efficient and contamination-free operations.
When selecting spare Teflon pads for lab equipment, it is important to consider the size, thickness, and shape that are compatible with the specific equipment being used. Teflon pads are available in various dimensions to fit different equipment models and sizes.
Proper care and maintenance of spare Teflon pads are important to ensure their longevity and performance. Regular cleaning with compatible solvents or mild detergents helps remove any residue or contaminants. It is important to follow manufacturer guidelines for cleaning and replacing the pads to maintain optimal functionality.
In summary, spare Teflon pads for lab equipment provide a non-reactive and non-stick surface between the equipment and the samples or vessels. They prevent contamination, facilitate easy release of materials, and protect the surfaces of lab equipment. Teflon pads are commonly used in hotplates, stirrers, presses, and other laboratory equipment. Proper selection, care, and maintenance of spare Teflon pads are crucial for optimal performance and longevity.
U-Tech Running Feet Exhaust Ducting for Biological Safety Cabinet SSI-127
sku-leadTime Ships within 10 days
U-Tech Running Feet Exhaust Ducting for Biological Safety Cabinet SSI-127
By U-Tech
₹4,011  
U-Tech Running Feet Exhaust Ducting for Biological Safety Cabinet SSI-127 is a ventilation system used to remove fumes, gases, and airborne contaminants from a specific area or equipment in an industrial or laboratory setting. The term "running feet" refers to the length of the ductwork required to effectively capture and exhaust the contaminants.
Running feet exhaust ducting is designed to create a controlled airflow that draws the contaminated air away from the source and directs it to an appropriate exhaust point or treatment system. Here's an explanation of its key features and functions:
Duct Material: Running feet exhaust ducting is typically constructed using materials that are chemically resistant, corrosion-resistant, and durable to withstand the nature of the contaminants being handled. Common materials include PVC, polypropylene, stainless steel, or fiberglass-reinforced plastic (FRP) depending on the specific requirements and compatibility with the captured fumes or gases.
Duct Configuration: The ducting system is designed in a linear or "running feet" configuration, meaning it follows a straight path or a series of straight sections. This design helps to maintain a consistent airflow and minimize pressure drop, ensuring efficient capture and extraction of the contaminants.
Capture Hood: The exhaust ducting is often connected to a capture hood positioned near the source of the contaminants. The capture hood is designed to effectively capture the fumes or gases and direct them into the ducting system. The hood may be adjustable or specialized based on the specific application requirements.
Airflow Control: The running feet exhaust ducting system incorporates dampers and airflow control devices to regulate and balance the airflow. These devices can be used to adjust the air volume, control the direction of airflow, and optimize the ventilation system's performance based on the specific needs of the process or environment.
Exhaust System: The exhaust ducting is connected to an exhaust system, such as a centrifugal fan or blower, that generates the necessary airflow to move the contaminants through the ductwork and out of the facility. The exhaust system may also include filters or treatment units to remove or neutralize any pollutants before they are released into the environment.
Maintenance and Compliance: Proper maintenance and regular inspection of the running feet exhaust ducting are essential to ensure its continued effectiveness and compliance with safety and environmental regulations. Routine cleaning, periodic inspections, and prompt repairs or replacements of worn-out components are crucial to maintaining a safe and efficient ventilation system.
Running feet exhaust ducting plays a critical role in maintaining a healthy and safe working environment by effectively capturing and removing harmful airborne contaminants. It ensures the containment and extraction of fumes, gases, or particles, minimizing the risk of exposure to personnel and protecting the surrounding environment.
U-Tech Automatic German Timer for SS Aerosol Disinfector SSI-168
sku-leadTime Ships within 15 days
U-Tech Automatic German Timer for SS Aerosol Disinfector SSI-168
By U-Tech
₹4,719  
The U-Tech Automatic German Timer is an accessory designed for use with the SS Aerosol Disinfector SSI-168. It is a specialized timer that allows users to set and control the operating duration of the aerosol disinfector, ensuring precise and automated disinfection cycles.
The SS Aerosol Disinfector SSI-168 is a device used for disinfecting or sanitizing enclosed spaces or surfaces by releasing a fine aerosol mist containing a disinfectant agent. It is commonly employed in various settings, including hospitals, laboratories, pharmaceutical facilities, and other environments where effective disinfection is crucial.
The U-Tech Automatic German Timer, when used with the SS Aerosol Disinfector SSI-168, provides a convenient and reliable way to set the duration of the disinfection cycle. It typically allows users to select the desired operating time, often displayed on a digital or analog interface.
Once the timer is set, it initiates the aerosol disinfector to release the disinfectant mist for the selected time period. After the set time has elapsed, the timer automatically shuts off the aerosol disinfector, indicating the completion of the disinfection cycle.
The U-Tech Automatic German Timer enhances the functionality of the SS Aerosol Disinfector SSI-168 by providing an automated and controlled disinfection process. It eliminates the need for manual monitoring and timing, ensuring consistent and accurate disinfection cycles.
It is important to refer to the specific product documentation and manufacturer guidelines for detailed information on the U-Tech Automatic German Timer and its operation with the SS Aerosol Disinfector SSI-168. The manufacturer's instructions will provide specific instructions on how to properly connect and utilize the timer with the aerosol disinfector.
By incorporating the U-Tech Automatic German Timer into the SS Aerosol Disinfector SSI-168 setup, users can achieve precise and automated disinfection cycles. This contributes to the efficiency, effectiveness, and convenience of the disinfection process, ensuring the targeted spaces or surfaces are thoroughly sanitized according to specific time requirements.
U-Tech 5 L Stainless Steel Humidifier for Laboratories SSI-169
sku-leadTime Ships within 15 days
U-Tech 5 L Stainless Steel Humidifier for Laboratories SSI-169
By U-Tech
₹42,479  
The U-Tech 5L Stainless Steel Humidifier, specifically designed for laboratory use, is a device used to increase and regulate humidity levels in laboratory environments. It offers a reliable and efficient solution for maintaining optimal humidity conditions necessary for various laboratory procedures and experiments.
The SSI-169 model of the U-Tech 5L Stainless Steel Humidifier is specifically tailored for laboratory applications, offering a capacity of 5 liters, which allows for sustained operation and consistent moisture output. The stainless steel construction ensures durability, resistance to corrosion, and ease of cleaning, making it suitable for laboratory settings where cleanliness and hygiene are crucial.
The U-Tech 5L Stainless Steel Humidifier utilizes advanced technology to generate and disperse moisture into the laboratory environment. It typically features a water reservoir or tank that can hold up to 5 liters of water. The humidifier incorporates mechanisms to convert water into fine mist or vapor, which is then released into the laboratory space to increase humidity levels.
The humidifier may include control options such as adjustable output settings or a built-in humidistat to precisely regulate humidity levels based on specific requirements. This allows users to maintain a consistent and controlled environment suitable for various laboratory applications, such as cell culture, sample storage, or experimental setups that demand specific humidity conditions.
The U-Tech 5L Stainless Steel Humidifier for Laboratories, SSI-169, is designed to be user-friendly and reliable, offering ease of operation and maintenance. It is crucial to follow the manufacturer's instructions and guidelines for proper installation, usage, and maintenance to ensure optimal performance and longevity of the humidifier.
By incorporating the U-Tech 5L Stainless Steel Humidifier into laboratory settings, researchers and scientists can create and maintain controlled humidity conditions essential for their experiments, processes, and equipment. It provides a reliable and efficient solution to achieve and maintain the desired humidity levels, contributing to the accuracy and success of laboratory procedures and research.
U-Tech 0 to 60 minutes Automatic German Timer for 5L Stainless Steel Humidifier SSI-169
sku-leadTime Ships within 15 days
U-Tech 0 to 60 minutes Automatic German Timer for 5L Stainless Steel Humidifier SSI-169
By U-Tech
₹4,719  
The U-Tech 0 to 60 minutes Automatic German Timer is a specialized timer designed for use with the 5L Stainless Steel Humidifier SSI-169. It is a convenient and precise timing device that allows users to set and control the operating duration of the humidifier.
Humidifiers, such as the SSI-169, are used to increase the moisture levels in a specific environment. They are commonly used in various settings, including homes, offices, and laboratories, to improve air quality and maintain optimal humidity levels for comfort or specific applications.
The U-Tech Automatic German Timer provides a time setting range from 0 to 60 minutes, allowing users to select the desired operating duration for the humidifier. This feature enables automated control of the humidifier's operation without the need for manual monitoring or intervention.
The timer is designed to be user-friendly, typically incorporating a dial or digital interface for setting the desired time duration. Once the timer is set, it will initiate the operation of the humidifier for the selected time period and automatically shut off once the set time has elapsed.
The U-Tech Automatic German Timer enhances the functionality and convenience of the 5L Stainless Steel Humidifier SSI-169 by allowing users to preselect the operating duration according to their specific needs. This can be particularly useful in situations where consistent and controlled humidity levels are desired, such as in certain laboratory experiments or in maintaining a comfortable environment for extended periods.
It's important to note that the U-Tech 0 to 60 minutes Automatic German Timer is designed specifically for use with the SSI-169 humidifier. The timer may have specific connectors or compatibility requirements that allow it to be seamlessly integrated with the humidifier's control system.
For detailed information on the U-Tech 0 to 60 minutes Automatic German Timer and its operation with the 5L Stainless Steel Humidifier SSI-169, it is recommended to consult the product documentation provided by the manufacturer or reach out to them directly. They will provide specific instructions on how to properly connect and utilize the timer with the humidifier.
U-Tech 0.25 HP Motor 1 Kg Jar Aluminium Laboratory Type Ball Mill SSI-165
sku-leadTime Ships within 15 days
U-Tech 0.25 HP Motor Aluminium Jar Laboratory Type Ball Mill SSI-165
By U-Tech
₹33,039 - ₹50,739
The U-Tech 0.25 HP Motor Jar Laboratory Type Ball Mill SSI-165 is a high-quality milling apparatus designed for laboratory use in various scientific and industrial applications. Featuring a 0.25 horsepower motor, this ball mill is capable of efficiently milling a wide range of materials with precision and reliability. This laboratory type ball mill is equipped with a jar, which serves as the milling container, allowing for controlled milling of samples. The jar's design ensures proper containment of materials during the milling process, preventing spillage and ensuring safety. The ball mill's motor provides sufficient power to drive the milling process, enabling the efficient grinding and mixing of materials. Its compact size and laboratory-friendly design make it suitable for use in research settings, educational institutions, and quality control laboratories. Additionally, the U-Tech SSI-165 ball mill is engineered for durability and long-term performance, ensuring consistent results over extended periods of use. Its robust construction and high-quality components contribute to its reliability and longevity. Whether used for grinding, mixing, or homogenizing samples, the U-Tech 0.25 HP Motor Jar Laboratory Type Ball Mill SSI-165 offers versatility and efficiency in laboratory milling operations. Its compact size, powerful motor, and reliable performance make it an essential tool for scientific research, material testing, and quality assurance applications.
green checkType of Product : Laboratory Type Ball Mill
green checkMaterial : Aluminium
green checkModel No : SSI-165
green checkVoltage : 220 V AC
green checkApplication Area : Laboratories
green checkMotor Power (HP) : 0.25 HP
green checkMotor Speed : 80 rpm
U-Tech 0.25 HP Motor 1 Kg Jar Stainless Steel Laboratory Type Ball Mill SSI-165
sku-leadTime Ships within 15 days
U-Tech 0.25 HP Motor Jar Laboratory Type Ball Mill SSI-165
By U-Tech
₹44,839 - ₹56,639
The U-Tech 0.25 HP Motor Jar Laboratory Type Ball Mill SSI-165 is a high-quality milling apparatus designed for laboratory use in various scientific and industrial applications. Featuring a 0.25 horsepower motor, this ball mill is capable of efficiently milling a wide range of materials with precision and reliability. This laboratory type ball mill is equipped with a jar, which serves as the milling container, allowing for controlled milling of samples. The jar's design ensures proper containment of materials during the milling process, preventing spillage and ensuring safety. The ball mill's motor provides sufficient power to drive the milling process, enabling the efficient grinding and mixing of materials. Its compact size and laboratory-friendly design make it suitable for use in research settings, educational institutions, and quality control laboratories. Additionally, the U-Tech SSI-165 ball mill is engineered for durability and long-term performance, ensuring consistent results over extended periods of use. Its robust construction and high-quality components contribute to its reliability and longevity. Whether used for grinding, mixing, or homogenizing samples, the U-Tech 0.25 HP Motor Jar Laboratory Type Ball Mill SSI-165 offers versatility and efficiency in laboratory milling operations. Its compact size, powerful motor, and reliable performance make it an essential tool for scientific research, material testing, and quality assurance applications.
green checkType of Product : Laboratory Type Ball Mill
green checkModel No : SSI-165
green checkVoltage : 220 V AC
green checkApplication Area : Laboratories
green checkMotor Power (HP) : 0.25 HP
green checkMotor Speed : 80 rpm
U-Tech 0 to 60 minutes Automatic German Timer for Laboratory Type Ball Mill SSI-165
sku-leadTime Ships within 15 days
U-Tech 0 to 60 minutes Automatic German Timer for Laboratory Type Ball Mill SSI-165
By U-Tech
₹3,893  
U-Tech 0 to 60 minutes Automatic German Timer for Laboratory Type Ball Mill SSI-165 would serve the purpose of controlling the grinding duration and automating the operation. It allows researchers and technicians to set a specific time interval for the ball mill to operate, ensuring consistent and reproducible grinding results.
The use of a timer with a laboratory ball mill provides several advantages. First, it allows for precise control over the grinding process by ensuring that the mill operates for the desired duration. This is particularly important in experiments or analyses where the grinding time plays a critical role in achieving specific particle size distributions or material characteristics.
Additionally, a timer enables automation of the grinding process, eliminating the need for constant manual monitoring. Researchers can set the desired grinding time and focus on other tasks, maximizing efficiency in the laboratory.
While the U-Tech 0 to 60 minutes Automatic German Timer mentioned in your query may not be an actual product, there are various timers available on the market that can be used with laboratory ball mills. These timers often feature user-friendly interfaces, allowing for easy programming and adjustment of the grinding duration.
When selecting a timer for a laboratory ball mill, it is important to consider compatibility with the specific ball mill model and the necessary electrical connections. Manufacturers of ball mills may provide recommendations or compatible timer options for their products, and consulting the user manual or reaching out to the manufacturer can provide more specific information.
In summary, the use of a timer with a laboratory ball mill allows for precise control and automation of the grinding process. While information about the specific U-Tech timer for the Laboratory Type Ball Mill SSI-165 may not be available, there are various timers on the market that can be utilized to enhance the efficiency and accuracy of laboratory ball milling operations.
U-Tech 40 x 25 mm Mild Steel Chamber Arthur H.Thomas Type Lab Willey Grinder SSI-165
sku-leadTime Ships within 15 days
U-Tech Mild Steel Chamber Arthur H.Thomas Type Lab Willey Grinder SSI-165
By U-Tech
₹56,639 - ₹1,06,199
The U-Tech 65 x 25 mm Mild Steel Chamber Arthur H.Thomas Type Lab Willey Grinder SSI-165 is a laboratory device used for pulverizing and grinding a variety of materials into fine powders. It is named after its inventor, Arthur H. Thomas, and is commonly found in research laboratories, pharmaceutical companies, and academic institutions.
The Willey Grinder consists of a motorized base unit and a grinding chamber. The base unit contains an electric motor that drives the grinding mechanism. The grinding chamber, which is typically made of stainless steel, houses the grinding components and is designed to withstand the forces generated during the grinding process.
The grinding mechanism of the Willey Grinder consists of a series of sharp blades or knives that are mounted on a rotor within the grinding chamber. The rotor rotates at high speeds, causing the blades to impact and cut the material placed in the chamber. This cutting and shearing action reduces the size of the particles and transforms them into fine powders.
The Willey Grinder is highly versatile and can handle a wide range of materials, including plant and animal tissues, seeds, soils, rocks, and chemicals. It is particularly useful for grinding samples that are difficult to grind using other methods, such as fibrous or tough materials. The grinder can be adjusted to control the fineness of the final product by changing the speed of the motor or the clearance between the blades and the chamber.
One key advantage of the Willey Grinder is its ability to process large quantities of material quickly and efficiently. This makes it suitable for applications that require high-throughput grinding, such as sample preparation for analysis, extraction of compounds, or homogenization of mixtures.
To operate the Willey Grinder, the material to be ground is loaded into the grinding chamber, and the lid is securely closed. The motor is then switched on, and the rotation of the rotor causes the blades to grind the material. The ground powder collects at the bottom of the chamber or can be collected using a removable tray.
It is important to note that safety precautions should be followed when using the Willey Grinder. Operators should wear appropriate protective equipment, such as gloves and safety goggles, to prevent injuries. Additionally, care should be taken to ensure that the material being ground is compatible with the grinder's capabilities and that the grinder is properly cleaned and maintained to avoid cross-contamination between samples.
In summary, the Arthur H. Thomas Type Lab Willey Grinder is a powerful and versatile laboratory device used for grinding a wide range of materials into fine powders. Its robust design, high throughput capacity, and adjustable fineness make it a valuable tool for various applications in research and industry.
green checkType of Product : Arthur H.Thomas Type Lab Willey Grinder
green checkModel No : SSI-165
green checkColor : White
green checkApplication Area : Laboratories
green checkChamber Material : Mild Steel
green checkMotor Power (HP) : 0.25 HP
U-Tech 40 x 25 mm Stainless Steel Chamber Arthur H.Thomas Type Lab Willey Grinder SSI-165
sku-leadTime Ships within 15 days
U-Tech Stainless Steel Chamber Arthur H.Thomas Type Lab Willey Grinder SSI-165
By U-Tech
₹48,379 - ₹1,41,599
The U-Tech 65 x 25 mm Stainless Steel Chamber Arthur H.Thomas Type Lab Willey Grinder SSI-165 is a laboratory device used for pulverizing and grinding a variety of materials into fine powders. It is named after its inventor, Arthur H. Thomas, and is commonly found in research laboratories, pharmaceutical companies, and academic institutions.
The Willey Grinder consists of a motorized base unit and a grinding chamber. The base unit contains an electric motor that drives the grinding mechanism. The grinding chamber, which is typically made of stainless steel, houses the grinding components and is designed to withstand the forces generated during the grinding process.
The grinding mechanism of the Willey Grinder consists of a series of sharp blades or knives that are mounted on a rotor within the grinding chamber. The rotor rotates at high speeds, causing the blades to impact and cut the material placed in the chamber. This cutting and shearing action reduces the size of the particles and transforms them into fine powders.
The Willey Grinder is highly versatile and can handle a wide range of materials, including plant and animal tissues, seeds, soils, rocks, and chemicals. It is particularly useful for grinding samples that are difficult to grind using other methods, such as fibrous or tough materials. The grinder can be adjusted to control the fineness of the final product by changing the speed of the motor or the clearance between the blades and the chamber.
One key advantage of the Willey Grinder is its ability to process large quantities of material quickly and efficiently. This makes it suitable for applications that require high-throughput grinding, such as sample preparation for analysis, extraction of compounds, or homogenization of mixtures.
To operate the Willey Grinder, the material to be ground is loaded into the grinding chamber, and the lid is securely closed. The motor is then switched on, and the rotation of the rotor causes the blades to grind the material. The ground powder collects at the bottom of the chamber or can be collected using a removable tray.
It is important to note that safety precautions should be followed when using the Willey Grinder. Operators should wear appropriate protective equipment, such as gloves and safety goggles, to prevent injuries. Additionally, care should be taken to ensure that the material being ground is compatible with the grinder's capabilities and that the grinder is properly cleaned and maintained to avoid cross-contamination between samples.
In summary, the Arthur H. Thomas Type Lab Willey Grinder is a powerful and versatile laboratory device used for grinding a wide range of materials into fine powders. Its robust design, high throughput capacity, and adjustable fineness make it a valuable tool for various applications in research and industry.
green checkType of Product : Arthur H.Thomas Type Lab Willey Grinder
green checkModel No : SSI-165
green checkColor : White
green checkApplication Area : Laboratories
green checkChamber Material : Stainless Steel
green checkMotor Power (HP) : 0.25 HP
U-Tech 0 to 60 minutes Automatic German Timer for Arthur H.Thomas Type Lab Willey Grinder SSI-165
sku-leadTime Ships within 15 days
U-Tech 0 to 60 minutes Automatic German Timer for Arthur H.Thomas Type Lab Willey Grinder SSI-165
By U-Tech
₹3,893  
The U-Tech 0 to 60 minutes Automatic German Timer is a specialized timer designed for use with the Arthur H. Thomas Type Lab Willey Grinder SSI-165. This timer is specifically calibrated to provide precise and accurate timing for the grinding process performed by the Willey Grinder.
The timer features a user-friendly interface with clear markings and controls for easy operation. It has a range of 0 to 60 minutes, allowing users to set the desired grinding duration based on their specific requirements. The timer can be adjusted in one-minute increments, providing flexibility and precision in timing the grinding process.
The Automatic German Timer is an essential accessory for the Willey Grinder as it allows users to control and monitor the duration of the grinding operation. This is important for achieving consistent and reproducible results in sample preparation and analysis. By setting the appropriate grinding time, users can ensure that the material being processed in the Willey Grinder achieves the desired particle size or level of homogeneity.
The timer is designed with reliability and durability in mind, featuring high-quality components and construction. It is manufactured in Germany, known for its precision engineering and adherence to stringent quality standards. This ensures that the timer provides accurate timing over an extended period of use, contributing to the overall reliability and performance of the Willey Grinder.
To use the Automatic German Timer with the Willey Grinder SSI-165, users simply need to connect the timer to the grinder and set the desired grinding duration using the control knobs or buttons. The timer will then count down the set time and automatically stop the grinder once the designated grinding period has elapsed. This feature eliminates the need for constant monitoring of the grinding process and enhances efficiency in the laboratory.
Overall, the U-Tech 0 to 60 minutes Automatic German Timer is an important accessory for the Arthur H. Thomas Type Lab Willey Grinder SSI-165. Its precise timing capabilities and reliable performance contribute to achieving consistent and accurate results in sample grinding and preparation. With its user-friendly interface and German engineering, the timer enhances the overall functionality and convenience of using the Willey Grinder in laboratory settings.
U-Tech 1.5 L Stainless Steel Aerosol Disinfector SSI-168
sku-leadTime Ships within 15 days
U-Tech Stainless Steel Aerosol Disinfector SSI-168
By U-Tech
₹20,059 - ₹29,499
U-Tech 5 L Stainless Steel Aerosol Disinfector SSI-168 is a device designed to disinfect and sanitize indoor spaces by dispersing a fine mist or aerosolized solution of disinfectant into the air. It is commonly used in various settings such as hospitals, offices, schools, and public transportation to control the spread of infectious diseases and maintain a clean environment.
The aerosol disinfector works by converting liquid disinfectants into tiny droplets or particles that can remain suspended in the air for an extended period. These disinfectant particles are then dispersed throughout the targeted area using a nozzle or sprayer. The size of the droplets produced can vary depending on the specific device, but they are typically small enough to remain airborne for a sufficient amount of time to reach and disinfect surfaces, including those that are difficult to access manually.
The disinfectant solution used in aerosol disinfectors is typically a combination of chemicals that have proven efficacy in killing or neutralizing a wide range of microorganisms, including bacteria, viruses, and fungi. Common disinfectants used in these devices include hydrogen peroxide, quaternary ammonium compounds, and hypochlorous acid.
Aerosol disinfectors offer several advantages. First, they can effectively cover large areas and reach spaces that may be challenging to clean using traditional methods. Second, they provide a more consistent and uniform distribution of the disinfectant, ensuring thorough coverage and reducing the risk of missed spots. Third, they can be used on both porous and non-porous surfaces, making them versatile for various environments.
However, it is important to note that the use of aerosol disinfectors should be accompanied by proper safety measures. This includes ensuring the selected disinfectant is suitable for the intended space and following the manufacturer's instructions regarding usage, concentration, and contact time. Additionally, adequate ventilation is crucial to prevent the buildup of potentially harmful chemicals in the air.
In conclusion, aerosol disinfectors are valuable tools in the fight against infectious diseases, offering an efficient and comprehensive method of disinfection. Their ability to disperse a fine mist of disinfectant throughout an area makes them highly effective in reaching and treating surfaces that are difficult to clean by conventional means. However, proper usage and adherence to safety guidelines are essential to maximize their effectiveness while minimizing potential risks.
green checkType of Product : Aerosol Disinfector
green checkMaterial : Stainless Steel
green checkModel No : SSI-168
green checkColor : Silver
green checkVoltage : 220-230 V AC
green checkApplication Area : Laboratories
U-Tech 30x20x12 inch Galvanized Iron Soaking Tank Bottle Washing Machine SSI-164
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U-Tech Galvanized Iron Soaking Tank Bottle Washing Machine SSI-164
By U-Tech
₹62,539 - ₹69,619
U-Tech 30x20x12 inch Galvanized Iron Soaking Tank Bottle Washing Machine SSI-164 is a mechanical device used in various industries to clean and sanitize bottles prior to filling them with liquids or other substances. It is commonly employed in industries such as beverage production, pharmaceuticals, cosmetics, and food processing.
The bottle washing machine operates on the principle of using high-pressure jets of water, cleaning agents, or a combination of both to remove dirt, debris, and contaminants from the bottles' surfaces. The machine is typically equipped with a conveyor system that transports the bottles through a series of cleaning stages.
The cleaning process in a bottle washing machine usually involves multiple steps. First, the bottles are fed onto the conveyor belt and transported through a pre-rinsing stage where they are subjected to a powerful jet of water to remove any loose particles or residues. This helps in preparing the bottles for the subsequent cleaning stages.
Next, the bottles pass through a main washing section where they are subjected to a combination of high-pressure water jets, brushes, and cleaning agents. The water jets and brushes remove stubborn dirt and stains from the bottles, while the cleaning agents help dissolve and remove any organic or chemical residues that may be present.
After the main washing stage, the bottles are usually rinsed with clean water to ensure the removal of any remaining cleaning agents or particles. Some advanced bottle washing machines may also include a sanitization step, where the bottles are exposed to hot water or steam to kill bacteria, fungi, or other microorganisms.
The washed and rinsed bottles then proceed to a drying section, where they are typically subjected to forced air or heated elements to remove excess moisture. This ensures that the bottles are dry and ready for the subsequent filling process.
Bottle washing machines offer several benefits. They provide a highly efficient and automated cleaning process, allowing for a large number of bottles to be cleaned in a short period. The use of high-pressure water jets and cleaning agents ensures thorough and effective cleaning, removing contaminants and ensuring product safety. Additionally, these machines help maintain consistency in the cleaning process, reducing the risk of human error and contamination.
In conclusion, a bottle washing machine is a vital piece of equipment used in various industries to clean and sanitize bottles before filling them with products. By utilizing high-pressure water jets, brushes, and cleaning agents, these machines effectively remove dirt, debris, and contaminants from the bottles' surfaces. Their automated and efficient cleaning process ensures product safety and maintains cleanliness standards in industries that rely on bottle packaging.
green checkType of Product : Bottle Washing Machine
green checkMaterial : Galvanized Iron
green checkModel No : SSI-164
green checkPower Source : Electric Corded
green checkMotor Type : Electrical
green checkApplication Area : Laboratories
green checkBrush Material : Nylon
U-Tech 30x20x12 inch Stainless Steel Soaking Tank Bottle Washing Machine SSI-164
sku-leadTime Ships within 15 days
U-Tech Stainless Steel Soaking Tank Bottle Washing Machine SSI-164
By U-Tech
₹90,859 - ₹1,05,019
U-Tech 30x20x18 inch Stainless Steel Soaking Tank Bottle Washing Machine SSI-164 is a mechanical device used in various industries to clean and sanitize bottles prior to filling them with liquids or other substances. It is commonly employed in industries such as beverage production, pharmaceuticals, cosmetics, and food processing.
The bottle washing machine operates on the principle of using high-pressure jets of water, cleaning agents, or a combination of both to remove dirt, debris, and contaminants from the bottles' surfaces. The machine is typically equipped with a conveyor system that transports the bottles through a series of cleaning stages.
The cleaning process in a bottle washing machine usually involves multiple steps. First, the bottles are fed onto the conveyor belt and transported through a pre-rinsing stage where they are subjected to a powerful jet of water to remove any loose particles or residues. This helps in preparing the bottles for the subsequent cleaning stages.
Next, the bottles pass through a main washing section where they are subjected to a combination of high-pressure water jets, brushes, and cleaning agents. The water jets and brushes remove stubborn dirt and stains from the bottles, while the cleaning agents help dissolve and remove any organic or chemical residues that may be present.
After the main washing stage, the bottles are usually rinsed with clean water to ensure the removal of any remaining cleaning agents or particles. Some advanced bottle washing machines may also include a sanitization step, where the bottles are exposed to hot water or steam to kill bacteria, fungi, or other microorganisms.
The washed and rinsed bottles then proceed to a drying section, where they are typically subjected to forced air or heated elements to remove excess moisture. This ensures that the bottles are dry and ready for the subsequent filling process.
Bottle washing machines offer several benefits. They provide a highly efficient and automated cleaning process, allowing for a large number of bottles to be cleaned in a short period. The use of high-pressure water jets and cleaning agents ensures thorough and effective cleaning, removing contaminants and ensuring product safety. Additionally, these machines help maintain consistency in the cleaning process, reducing the risk of human error and contamination.
In conclusion, a bottle washing machine is a vital piece of equipment used in various industries to clean and sanitize bottles before filling them with products. By utilizing high-pressure water jets, brushes, and cleaning agents, these machines effectively remove dirt, debris, and contaminants from the bottles' surfaces. Their automated and efficient cleaning process ensures product safety and maintains cleanliness standards in industries that rely on bottle packaging.
green checkType of Product : Bottle Washing Machine
green checkMaterial : Stainless Steel
green checkModel No : SSI-164
green checkPower Source : Electric Corded
green checkMotor Type : Electrical
green checkApplication Area : Laboratories
green checkBrush Material : Nylon
U-Tech Adaptor for Gyratory Sieve Shaker SSI-159
sku-leadTime Ships within 15 days
U-Tech Adaptor for Gyratory Sieve Shaker SSI-159
By U-Tech
₹17,699  
U-Tech Adaptor for Gyratory Sieve Shaker SSI-159 is a device that is used to convert, modify, or regulate electrical power to meet the specific requirements of laboratory instruments. It plays a critical role in ensuring that the equipment receives the correct voltage, current, and power characteristics necessary for safe and efficient operation.
In laboratory settings, different instruments may have varying power input specifications, or there may be a need to convert the power supply to a different voltage or frequency. Power adaptors provide a reliable and stable power source, protecting the equipment from damage due to incorrect power input.
Power adaptors come in various types and configurations to accommodate different power requirements in the lab. Some common types include voltage converters, AC to DC adaptors, step-up/step-down transformers, and voltage regulators.
Voltage converters are used when the available power supply voltage is different from the required voltage of the equipment. They convert the input voltage to the specific voltage needed by the instrument, ensuring compatibility and safe operation.
AC to DC adaptors, also known as rectifiers or power converters, are used when laboratory instruments require direct current (DC) power instead of alternating current (AC) power. These adaptors convert the incoming AC power to the appropriate DC voltage and current needed by the equipment.
Step-up/step-down transformers are used to adjust the voltage level of the power supply. Step-up transformers increase the voltage output, while step-down transformers reduce the voltage. They are useful when the available power supply voltage does not match the required voltage of the equipment.
Voltage regulators are used to maintain a constant voltage output despite fluctuations or variations in the input power supply. They provide a stable and regulated power source, protecting sensitive laboratory equipment from voltage spikes or fluctuations.
When selecting a power adaptor for lab equipment, it is important to consider factors such as the required voltage, current, power rating, and frequency of the equipment. Safety is also a crucial consideration, so it is essential to choose adaptors that comply with safety standards and have features such as overload protection, short-circuit protection, and proper grounding to prevent electrical hazards.
In conclusion, power adaptors for lab equipment are vital components that ensure the proper and safe operation of laboratory instruments. They convert, modify, or regulate electrical power to meet the specific requirements of the equipment, ensuring compatibility and preventing damage. Careful consideration of power requirements, safety features, and compliance with electrical standards is crucial when selecting and using power adaptors in the laboratory.
U-Tech Digital Timer for Gyratory Sieve Shaker SSI-159
sku-leadTime Ships within 15 days
U-Tech Digital Timer for Gyratory Sieve Shaker SSI-159
By U-Tech
₹17,699  
U-Tech Digital Timer for Gyratory Sieve Shaker SSI-159 is a versatile and essential tool used in laboratory settings to precisely measure and control time intervals for various experiments, processes, and equipment operations. It is designed to provide accurate and reliable timing capabilities with user-friendly features and functionalities.
Digital timers for lab equipment typically consist of a digital display, control buttons or knobs, and various timing modes and settings. The digital display shows the elapsed time or countdown, allowing users to monitor the progress of the timed activity. The control buttons or knobs enable easy adjustment and programming of the desired time intervals.
One of the primary advantages of a digital timer is its high accuracy. These timers are equipped with advanced quartz crystal oscillators or other timekeeping mechanisms that ensure precise time measurements. This accuracy is crucial for experiments or processes that require precise timing, synchronization, or coordination with other lab operations.
Digital timers for lab equipment often provide multiple timing modes and settings to accommodate diverse laboratory needs. These may include countdown mode, count-up mode, interval timing, and programmable presets. Countdown mode allows users to set a specific time duration and monitor the remaining time until completion. Count-up mode measures the elapsed time from a starting point. Interval timing allows for repetitive or periodic timing cycles, such as alternating on/off cycles for equipment operation. Programmable presets enable users to save and recall frequently used timing parameters, enhancing convenience and efficiency in repeated experiments or procedures.
Many digital timers also incorporate additional features, such as audible alarms, visual indicators, and memory functions. Audible alarms can be set to sound when the desired time interval is reached, ensuring timely attention to critical processes or experiments. Visual indicators, such as LED lights or flashing displays, provide clear visual cues to indicate timing status. Memory functions allow users to store and retrieve multiple timing parameters, eliminating the need for repetitive manual input.
Digital timers for lab equipment are compact, portable, and widely compatible with various laboratory devices and instruments. They can be easily integrated into experimental setups or connected to equipment to provide precise timing control and automation. Their versatility and reliability make them indispensable tools for researchers, technicians, and scientists across different scientific disciplines.
In conclusion, digital timers for lab equipment offer accurate and precise timing control for a wide range of laboratory applications. With their user-friendly features, multiple timing modes, and additional functions, they enhance efficiency, accuracy, and convenience in experimental procedures, equipment operations, and time-dependent processes in the lab.
U-Tech 0 - 60 minutes Automatic German Timer for Rotap Sieve Shaker SSI-160
sku-leadTime Ships within 15 days
U-Tech 0 - 60 minutes Automatic German Timer for Rotap Sieve Shaker SSI-160
By U-Tech
₹10,029  
U-Tech 0 - 60 minutes Automatic German Timer for Rotap Sieve Shaker SSI-160 is a sophisticated timing device commonly used in laboratory settings. It provides precise and automated control over timing intervals for various laboratory processes, experiments, and equipment operations.
The timer is designed with advanced features and functionalities to ensure accuracy, convenience, and reliability. It typically consists of a digital display that shows the countdown or elapsed time, along with buttons or knobs for setting the desired time intervals. The timer may also have additional functions such as programmability, multiple channels, and audible or visual alarms to alert users when the set time has elapsed.
One of the key advantages of an automatic German timer is its accuracy. These timers are built with high-precision quartz crystal oscillators or other timekeeping mechanisms that maintain accurate time measurements. This ensures precise control over timing intervals, critical for experiments requiring precise durations or synchronization with other lab processes.
The programmability feature allows users to pre-set multiple timing intervals, making it convenient for repetitive experiments or complex procedures. The timer can be programmed to execute a sequence of timed events, enabling automation and reducing manual intervention. This enhances efficiency, reduces errors, and frees up researchers' time for other tasks.
Furthermore, the multiple-channel functionality of an automatic German timer allows simultaneous control of multiple lab processes or equipment. Each channel can be independently programmed and monitored, providing flexibility and versatility in managing different timing requirements within a laboratory setup.
The audible or visual alarms integrated into the timer provide essential alerts to researchers or technicians. These alarms can be set to trigger at the end of a timing interval, ensuring timely attention to critical processes. This feature is particularly valuable when dealing with time-sensitive experiments or tasks that require immediate action or intervention upon completion.
The automatic German timer is compatible with various lab equipment, including shakers, incubators, ovens, and other devices that require precise timing control. Its versatility and adaptability make it a valuable tool in research, development, quality control, and other laboratory applications.
In conclusion, the automatic German timer for lab equipment offers precise, automated, and reliable timing control in laboratory environments. Its advanced features, including accuracy, programmability, multiple channels, and alarms, contribute to improved efficiency, accuracy, and convenience in conducting experiments and managing lab processes.
U-Tech Digital Timer for Rotap Sieve Shaker SSI-160
sku-leadTime Ships within 15 days
U-Tech Digital Timer for Rotap Sieve Shaker SSI-160
By U-Tech
₹17,699  
U-Tech Digital Timer for Rotap Sieve Shaker SSI-160 is a versatile and essential tool used in laboratory settings to precisely measure and control time intervals for various experiments, processes, and equipment operations. It is designed to provide accurate and reliable timing capabilities with user-friendly features and functionalities.
Digital timers for lab equipment typically consist of a digital display, control buttons or knobs, and various timing modes and settings. The digital display shows the elapsed time or countdown, allowing users to monitor the progress of the timed activity. The control buttons or knobs enable easy adjustment and programming of the desired time intervals.
One of the primary advantages of a digital timer is its high accuracy. These timers are equipped with advanced quartz crystal oscillators or other timekeeping mechanisms that ensure precise time measurements. This accuracy is crucial for experiments or processes that require precise timing, synchronization, or coordination with other lab operations.
Digital timers for lab equipment often provide multiple timing modes and settings to accommodate diverse laboratory needs. These may include countdown mode, count-up mode, interval timing, and programmable presets. Countdown mode allows users to set a specific time duration and monitor the remaining time until completion. Count-up mode measures the elapsed time from a starting point. Interval timing allows for repetitive or periodic timing cycles, such as alternating on/off cycles for equipment operation. Programmable presets enable users to save and recall frequently used timing parameters, enhancing convenience and efficiency in repeated experiments or procedures.
Many digital timers also incorporate additional features, such as audible alarms, visual indicators, and memory functions. Audible alarms can be set to sound when the desired time interval is reached, ensuring timely attention to critical processes or experiments. Visual indicators, such as LED lights or flashing displays, provide clear visual cues to indicate timing status. Memory functions allow users to store and retrieve multiple timing parameters, eliminating the need for repetitive manual input.
Digital timers for lab equipment are compact, portable, and widely compatible with various laboratory devices and instruments. They can be easily integrated into experimental setups or connected to equipment to provide precise timing control and automation. Their versatility and reliability make them indispensable tools for researchers, technicians, and scientists across different scientific disciplines.
In conclusion, digital timers for lab equipment offer accurate and precise timing control for a wide range of laboratory applications. With their user-friendly features, multiple timing modes, and additional functions, they enhance efficiency, accuracy, and convenience in experimental procedures, equipment operations, and time-dependent processes in the lab.
U-Tech 0 - 60 minutes Automatic German Timer for Yoder Type Wet Sieve Shaker SSI-161
sku-leadTime Ships within 15 days
U-Tech 0 - 60 minutes Automatic German Timer for Yoder Type Wet Sieve Shaker SSI-161
By U-Tech
₹10,383  
U-Tech 0 - 60 minutes Automatic German Timer for Yoder Type Wet Sieve Shaker SSI-161 is a sophisticated timing device commonly used in laboratory settings. It provides precise and automated control over timing intervals for various laboratory processes, experiments, and equipment operations.
The timer is designed with advanced features and functionalities to ensure accuracy, convenience, and reliability. It typically consists of a digital display that shows the countdown or elapsed time, along with buttons or knobs for setting the desired time intervals. The timer may also have additional functions such as programmability, multiple channels, and audible or visual alarms to alert users when the set time has elapsed.
One of the key advantages of an automatic German timer is its accuracy. These timers are built with high-precision quartz crystal oscillators or other timekeeping mechanisms that maintain accurate time measurements. This ensures precise control over timing intervals, critical for experiments requiring precise durations or synchronization with other lab processes.
The programmability feature allows users to pre-set multiple timing intervals, making it convenient for repetitive experiments or complex procedures. The timer can be programmed to execute a sequence of timed events, enabling automation and reducing manual intervention. This enhances efficiency, reduces errors, and frees up researchers' time for other tasks.
Furthermore, the multiple-channel functionality of an automatic German timer allows simultaneous control of multiple lab processes or equipment. Each channel can be independently programmed and monitored, providing flexibility and versatility in managing different timing requirements within a laboratory setup.
The audible or visual alarms integrated into the timer provide essential alerts to researchers or technicians. These alarms can be set to trigger at the end of a timing interval, ensuring timely attention to critical processes. This feature is particularly valuable when dealing with time-sensitive experiments or tasks that require immediate action or intervention upon completion.
The automatic German timer is compatible with various lab equipment, including shakers, incubators, ovens, and other devices that require precise timing control. Its versatility and adaptability make it a valuable tool in research, development, quality control, and other laboratory applications.
In conclusion, the automatic German timer for lab equipment offers precise, automated, and reliable timing control in laboratory environments. Its advanced features, including accuracy, programmability, multiple channels, and alarms, contribute to improved efficiency, accuracy, and convenience in conducting experiments and managing lab processes.
U-Tech Table Top Sieve Shaker for 203.2 mm (8 Inch) Dia Sieve SSI-158
sku-leadTime Ships within 15 days
U-Tech Table Top Sieve Shaker SSI-158
By U-Tech
₹50,739 - ₹71,979
The U-Tech Table Top Sieve Shaker SSI-158 is a compact and efficient instrument designed for particle size analysis in laboratory settings. Engineered with precision and equipped with advanced features, the SSI-158 provides researchers, quality control professionals, and industrial users with a reliable solution for sieving operations. At its core, the SSI-158 features a sturdy and durable construction, ensuring longevity and reliability in laboratory environments. The table-top design makes it space-efficient and easy to integrate into existing laboratory setups, while still providing powerful sieving capabilities. The SSI-158 is equipped with a high-quality motor and precision-engineered sieving mechanism, allowing for efficient and consistent particle separation. The motor provides reliable agitation to the sieve stack, facilitating the passage of particles through the sieve mesh while retaining oversize particles for accurate particle size analysis. The sieve shaker is compatible with a wide range of sieve sizes and types, allowing users to customize the sieving setup according to their specific application requirements. Interchangeable sieve decks and mesh sizes offer flexibility for analyzing various materials and particle size distributions. Advanced control features enable users to adjust the sieving parameters, including vibration intensity and duration, to optimize sieving efficiency and accuracy. Intuitive controls and a user-friendly interface enhance ease of operation, allowing users to set up and monitor sieving processes with confidence. The compact size and portability of the SSI-158 make it suitable for use in various laboratory settings, including research laboratories, educational institutions, and quality control laboratories. Its versatility and reliability make it ideal for analyzing a wide range of materials, including aggregates, soils, powders, and granular samples. Safety features such as protective enclosures and safety interlocks are integrated into the SSI-158 to ensure operator safety during operation. These features help prevent accidental exposure to moving parts and ensure safe handling of samples and equipment. Compliance with international standards and regulations is a priority for the SSI-158, ensuring the accuracy, reliability, and safety of particle size analysis in laboratory environments. Rigorous quality control measures and testing procedures ensure that the sieve shaker meets the highest standards of performance and reliability.
green checkVoltage : 220-230 V AC
green checkModel No : SSI-158
green checkType of Product : Table Top Sieve Shaker
green checkApplication Area : Laboratories
green checkMotor Type : FHP Motor
U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Gyratory Sieve Shaker SSI-159
sku-leadTime Ships within 15 days
U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Gyratory Sieve Shaker SSI-159
By U-Tech
₹87,319  
The U-Tech 8 Inch Dia Sieve 0.25 HP Motor Power Gyratory Sieve Shaker SSI-159 is a specialized laboratory instrument used for particle size analysis and grading of granular materials. It is widely used in industries such as pharmaceuticals, mining, construction, and agriculture to determine the particle size distribution in samples.
The gyratory sieve shaker consists of a motorized drive unit that imparts a gyratory motion to the sieve stack. The sieve stack is typically made up of a series of stacked sieves, with the sample placed on the top sieve. The sieves are arranged in ascending order of mesh size, with the finest sieve at the bottom and the coarsest sieve at the top.
During operation, the motorized drive unit generates a gyratory motion, causing the sample to move in a gyratory pattern on the sieve stack. This motion allows the particles to pass through the openings of the sieves, resulting in the separation of the sample into different size fractions.
The gyratory motion of the sieve shaker is a combination of rotational and tapping movements. The rotational motion ensures that the particles are evenly distributed on the sieves, while the tapping motion helps to dislodge any trapped particles and prevent blinding of the sieve openings.
One of the advantages of the gyratory sieve shaker is its ability to handle large sample quantities. The gyratory motion effectively disperses and separates the particles, allowing for accurate analysis of bulk samples. It is particularly useful for materials with high moisture content or cohesive properties that tend to agglomerate.
The gyratory sieve shaker offers reliable and consistent results, as the gyratory motion ensures uniform agitation and tapping of the sieve stack. This reduces operator variability and improves the accuracy and reproducibility of particle size analysis.
Additionally, the gyratory sieve shaker may include features such as adjustable amplitude and timing controls. These features allow users to customize the agitation intensity and duration according to the specific requirements of the sample being analyzed. The ability to adjust the parameters enhances the versatility of the sieve shaker, enabling it to accommodate a wide range of materials and achieve precise results.
After the sieving process, the retained particles on each sieve are carefully collected, dried, and weighed to determine the percentage of each size fraction in the sample. This information is vital for various applications, including quality control, material characterization, and process optimization.
In summary, the gyratory sieve shaker is a specialized laboratory instrument used for particle size analysis and grading of granular materials. Its gyratory motion and tapping action effectively separate particles into different size fractions. The sieve shaker can handle large sample quantities, offers reliable results, and can be customized for specific sample requirements. It is a valuable tool in various industries, contributing to quality assurance, research, and development of materials.
U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Rotap Sieve Shaker SSI-160
sku-leadTime Ships within 15 days
U-Tech 203.2 mm (8 Inch) Dia Sieve 0.25 HP Motor Power Rotap Sieve Shaker SSI-160
By U-Tech
₹1,41,599  
The U-Tech 8 Inch Dia Sieve 0.25 HP Motor Power Rotap Sieve Shaker SSI-160 is a specialized laboratory instrument used for particle size analysis and grading of granular materials. It is widely used in industries such as mining, construction, pharmaceuticals, and agriculture to determine the distribution of particle sizes in a sample.
The Rotap sieve shaker consists of a circular, horizontal platform that holds a stack of sieves. The sieves are stacked in ascending order of mesh size, with the coarsest sieve at the top and the finest sieve at the bottom. The sample to be analyzed is placed on the top sieve.
During operation, the Rotap sieve shaker applies a gyratory motion to the sieve stack. The platform rotates and taps the sieve stack simultaneously, causing the particles to move and reorient within the sieves. This motion facilitates the passage of smaller particles through the sieve openings while retaining larger particles. The shaking action effectively separates the sample into different size fractions based on particle size.
The Rotap sieve shaker offers several advantages over manual sieving methods. It provides consistent and reproducible results by ensuring uniform agitation and tapping of the sieve stack. This reduces operator variability and enhances the accuracy and reliability of particle size analysis.
The sieve stack in the Rotap sieve shaker is typically composed of standard test sieves, which conform to specific mesh size standards, such as ASTM or ISO. These sieves are made of high-quality stainless steel or brass and have precise mesh openings. The use of standardized sieves enables comparability and consistency in particle size analysis across different laboratories.
The Rotap sieve shaker is equipped with a timer or an automatic shut-off feature, allowing users to set a specific sieving duration. This ensures consistent sieving time across different samples and eliminates the need for manual monitoring.
After sieving, the retained particles on each sieve are carefully collected, weighed, and analyzed to determine the percentage of each size fraction in the sample. This information is critical for various applications, including quality control, material characterization, and process optimization.
In summary, the Rotap sieve shaker is a specialized laboratory instrument used for particle size analysis and grading of granular materials. Its gyratory motion and tapping action effectively separate particles into different size fractions. The use of standardized sieves, consistent agitation, and automatic timing features ensure accuracy and reproducibility in particle size analysis. The Rotap sieve shaker is a valuable tool in various industries, contributing to quality assurance, product development, and scientific research.
U-Tech Yoder Type Wet Sieve Shaker With GI Tank for 1 Set SSI-161
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U-Tech Yoder Type Wet Sieve Shaker With GI Tank SSI-161
By U-Tech
₹74,339 - ₹1,12,099
The U-Tech Yoder Type Wet Sieve Shaker with GI (Galvanized Iron) Tank SSI-161 is a specialized instrument engineered to perform accurate wet sieving operations in various laboratory and industrial settings. This equipment is designed to efficiently separate particles and solids from liquid suspensions, ensuring precise particle size analysis for a wide range of materials. The SSI-161 features a durable galvanized iron tank that provides excellent corrosion resistance and durability, making it suitable for handling various liquids and samples in wet sieving applications. The tank's robust construction ensures longevity and reliability, even when dealing with corrosive substances or harsh chemical solutions. Equipped with a Yoder type wet sieving mechanism, the SSI-161 efficiently agitates the sample and suspends particles in the liquid medium, facilitating the passage of finer particles through the sieve mesh while retaining larger particles. This mechanism ensures consistent and accurate particle separation, allowing for reliable particle size analysis. The sieve shaker is outfitted with precision-engineered sieve decks, featuring high-quality mesh with precise mesh sizes tailored to the specific requirements of the application. These sieve decks provide reliable particle separation and are easily interchangeable to accommodate different particle size ranges and sample types. Advanced control features allow users to adjust agitation speed and duration according to the characteristics of the sample, ensuring optimal sieving efficiency and accuracy. Intuitive controls and a user-friendly interface enhance ease of operation, enabling users to set up and monitor sieving processes with confidence. The SSI-161 is designed to accommodate a wide range of sample volumes and types, offering versatility for various laboratory and industrial applications. Whether performing quality control analysis in pharmaceuticals, food processing, or environmental testing, the sieve shaker provides flexibility to meet diverse application needs. Safety features such as protective enclosures and safety interlocks are integrated into the SSI-161 to ensure operator safety during operation. These features help prevent accidental exposure to moving parts and ensure safe handling of samples and equipment. Compliance with international standards and regulations is a priority for the SSI-161, ensuring the accuracy, reliability, and safety of particle size analysis in laboratory and industrial environments. Rigorous quality control measures and testing procedures ensure that the sieve shaker meets the highest standards of performance and reliability.
green checkPhase : Single
green checkVoltage : 230 V AC
green checkDiameter : 8 inch
green checkModel No : SSI-161
green checkCapacity : 7 Sieve
green checkType of Product : Yoder Type Wet Sieve Shaker
green checkMotor Power (HP) : 1/4 HP
green checkMotor Type : Yoder
green checkTank Material : Galvanized Iron
U-Tech Yoder Type Wet Sieve Shaker With SS Tank for 1 Set SSI-161
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U-Tech Yoder Type Wet Sieve Shaker With SS Tank SSI-161
By U-Tech
₹94,399 - ₹1,29,799
The U-Tech Yoder Type Wet Sieve Shaker with Stainless Steel (SS) Tank SSI-161 is a sophisticated instrument engineered to perform precise wet sieving operations in various laboratory and industrial settings. This specialized equipment is designed to accurately separate particles and solids from liquid suspensions, ensuring precise particle size analysis for a wide range of materials. At the heart of the SSI-161 is its robust construction, featuring a durable stainless steel tank that offers exceptional resistance to corrosion and chemical damage. This ensures the longevity and reliability of the sieve shaker, even when handling corrosive liquids or harsh chemical solutions. The Yoder type wet sieving mechanism employed in the SSI-161 allows for efficient and consistent particle separation, ensuring accurate and reproducible results. The sieve shaker utilizes mechanical agitation to agitate the sample and suspend particles in the liquid medium, facilitating the passage of finer particles through the sieve mesh while retaining larger particles. The SSI-161 is equipped with precision-engineered sieve decks, featuring high-quality stainless steel mesh with precise mesh sizes tailored to the specific requirements of the application. These sieve decks provide reliable particle separation and are easily interchangeable to accommodate different particle size ranges and sample types. Advanced control features allow users to adjust the agitation speed and duration according to the characteristics of the sample, ensuring optimal sieving efficiency and accuracy. Intuitive controls and a user-friendly interface enhance ease of operation, allowing users to set up and monitor sieving processes with confidence. The SSI-161 is designed for versatility, accommodating a wide range of sample volumes and types. Whether performing quality control analysis in pharmaceuticals, food processing, or environmental testing, the sieve shaker offers flexibility to meet diverse application needs. Safety features such as protective enclosures and safety interlocks are integrated into the SSI-161 to ensure operator safety during operation. These features help prevent accidental exposure to moving parts and ensure safe handling of samples and equipment. Compliance with international standards and regulations is a priority for the SSI-161, ensuring the accuracy, reliability, and safety of particle size analysis in laboratory and industrial environments. Rigorous quality control measures and testing procedures ensure that the sieve shaker meets the highest standards of performance and reliability.
green checkPhase : Single
green checkVoltage : 230 V AC
green checkDiameter : 8 inch
green checkModel No : SSI-161
green checkCapacity : 7 Sieve
green checkType of Product : Yoder Type Wet Sieve Shaker
green checkMotor Power (HP) : 1/4 HP
green checkMotor Type : Yoder
green checkTank Material : Stainless Steel
U-Tech Revolution Counter for Flocculator Jar Testing Apparatus SSI-152
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U-Tech Revolution Counter for Flocculator Jar Testing Apparatus SSI-152
By U-Tech
₹47,199  
U-Tech Revolution Counter for Flocculator Jar Testing Apparatus SSI-152 is a specialized device used to measure the number of rotations or revolutions per minute (RPM) of a rotating component in laboratory instruments or equipment. It provides precise and accurate information about the rotational speed, allowing researchers and technicians to monitor and control the performance of their lab equipment effectively.
The revolution counter typically consists of a display unit, a sensor, and a mounting mechanism. The display unit is equipped with a digital or analog screen that shows the measured RPM value. The sensor is attached to the rotating component of the lab equipment, such as a motor or a spindle, and detects the rotational movement. It sends signals to the display unit, which then calculates and displays the RPM value.
The revolution counter offers several benefits in a laboratory setting. It allows researchers to ensure that the lab equipment is operating within the desired speed range, ensuring accurate and consistent experimental results. By monitoring the RPM, users can detect any deviations or irregularities in the rotational speed, indicating potential issues or malfunctions in the equipment. This helps in maintaining the quality of experiments and preventing any adverse effects on the samples or processes.
Furthermore, a revolution counter enables researchers to track and record the RPM values over time. This data can be useful for performance analysis, troubleshooting, and maintenance purposes. It assists in identifying any patterns or trends in the rotational speed, which can help in optimizing the operation of the lab equipment and extending its lifespan.
Revolution counters for lab equipment are available in various types and designs to accommodate different applications and equipment configurations. Some revolution counters are integrated into specific lab instruments, while others can be attached externally to equipment through magnetic or mechanical mounting mechanisms. The choice of revolution counter depends on the specific requirements of the lab equipment and the desired level of precision and functionality.
Proper calibration and periodic maintenance of revolution counters are essential to ensure accurate and reliable RPM measurements. Regular calibration helps to maintain the accuracy of the counter, while maintenance activities such as cleaning and inspection ensure proper functioning and longevity of the device.
In summary, a revolution counter for lab equipment is a valuable tool for measuring the RPM of rotating components in laboratory instruments. It provides precise and accurate RPM values, enabling researchers to monitor and control the performance of their lab equipment effectively. Revolution counters help in maintaining experiment accuracy, detecting irregularities, and optimizing equipment operation. Proper calibration and maintenance are necessary to ensure accurate measurements and reliable performance.
U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153
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U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153
By U-Tech
₹1,769   ₹13,149
You save ₹11,380!
86.55% OFF
U-Tech Spare Teflon Pad for 5 L Heavy Duty Permanent Magnetic Stirrer SSI-153 is a replaceable component used to provide a non-reactive and non-stick surface between the equipment and the samples or vessels being used. Teflon, also known as polytetrafluoroethylene (PTFE), is a high-performance polymer known for its excellent chemical resistance and low friction properties. Teflon pads are commonly used in various laboratory applications to prevent sample contamination, facilitate easy release of materials, and protect the surfaces of lab equipment.
One of the primary uses of spare Teflon pads is in laboratory hotplates and magnetic stirrers. These pads are placed between the hotplate or stirrer plate and the vessel containing the sample. The Teflon pad acts as a barrier, preventing direct contact between the equipment and the vessel, thus minimizing the risk of sample contamination or damage to the equipment. Additionally, the non-stick properties of Teflon ensure that the samples can be easily released from the surface without any residue or sticking.
Spare Teflon pads are also commonly used in laboratory presses, such as hydraulic presses or manual presses. These pads are placed between the press plates and the sample or material being pressed. The Teflon pad provides a smooth and non-reactive surface, allowing for uniform pressure distribution and preventing the sample from sticking to the press plates. This is particularly useful when working with materials that may adhere to metal surfaces or react with them.
In addition to hotplates, stirrers, and presses, spare Teflon pads can be used in other laboratory equipment, such as filtration systems, vacuum chambers, and sealing devices. They help create a non-reactive and non-stick interface, allowing for efficient and contamination-free operations.
When selecting spare Teflon pads for lab equipment, it is important to consider the size, thickness, and shape that are compatible with the specific equipment being used. Teflon pads are available in various dimensions to fit different equipment models and sizes.
Proper care and maintenance of spare Teflon pads are important to ensure their longevity and performance. Regular cleaning with compatible solvents or mild detergents helps remove any residue or contaminants. It is important to follow manufacturer guidelines for cleaning and replacing the pads to maintain optimal functionality.
In summary, spare Teflon pads for lab equipment provide a non-reactive and non-stick surface between the equipment and the samples or vessels. They prevent contamination, facilitate easy release of materials, and protect the surfaces of lab equipment. Teflon pads are commonly used in hotplates, stirrers, presses, and other laboratory equipment. Proper selection, care, and maintenance of spare Teflon pads are crucial for optimal performance and longevity.
U-Tech 3 Branch Table Top Sieve Shaker for Laboratories SSI-157
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U-Tech Table Top Sieve Shaker for Laboratories SSI-157
By U-Tech
₹90,859 - ₹1,41,599
The U-Tech Table Top Sieve Shaker SSI-157 is a compact and efficient instrument designed for particle size analysis in laboratory settings. Engineered with precision and equipped with advanced features, the SSI-158 provides researchers, quality control professionals, and industrial users with a reliable solution for sieving operations. At its core, the SSI-158 features a sturdy and durable construction, ensuring longevity and reliability in laboratory environments. The table-top design makes it space-efficient and easy to integrate into existing laboratory setups, while still providing powerful sieving capabilities. The SSI-158 is equipped with a high-quality motor and precision-engineered sieving mechanism, allowing for efficient and consistent particle separation. The motor provides reliable agitation to the sieve stack, facilitating the passage of particles through the sieve mesh while retaining oversize particles for accurate particle size analysis. The sieve shaker is compatible with a wide range of sieve sizes and types, allowing users to customize the sieving setup according to their specific application requirements. Interchangeable sieve decks and mesh sizes offer flexibility for analyzing various materials and particle size distributions. Advanced control features enable users to adjust the sieving parameters, including vibration intensity and duration, to optimize sieving efficiency and accuracy. Intuitive controls and a user-friendly interface enhance ease of operation, allowing users to set up and monitor sieving processes with confidence. The compact size and portability of the SSI-158 make it suitable for use in various laboratory settings, including research laboratories, educational institutions, and quality control laboratories. Its versatility and reliability make it ideal for analyzing a wide range of materials, including aggregates, soils, powders, and granular samples. Safety features such as protective enclosures and safety interlocks are integrated into the SSI-158 to ensure operator safety during operation. These features help prevent accidental exposure to moving parts and ensure safe handling of samples and equipment. Compliance with international standards and regulations is a priority for the SSI-158, ensuring the accuracy, reliability, and safety of particle size analysis in laboratory environments. Rigorous quality control measures and testing procedures ensure that the sieve shaker meets the highest standards of performance and reliability.
green checkDiameter : 47 mm
green checkModel No : SSI-157
green checkMaterial : Stainless Steel
green checkType of Product : Table Top Sieve Shaker
green checkApplication Area : Laboratories
green checkFiltration Area : 12.5 cm
green checkHolding Capacity : 250 ml
green checkGrade : SS 316
U-Tech 220 V AC Pensky Marten Flash Point Apparatus SSI-402
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U-Tech 220 V AC Pensky Marten Flash Point Apparatus SSI-402
By U-Tech
₹36,579  
The U-Tech 220 V AC Pensky Marten Flash Point Apparatus SSI-402 is a widely used instrument for determining the flash point of petroleum products and other flammable substances. It is an essential tool in industries such as oil and gas, petrochemicals, and transportation, where the knowledge of a substance's flammability characteristics is crucial for safety, handling, and storage purposes.
The Pensky Marten flash point apparatus consists of a test cup, a heating unit, a temperature control system, an ignition source, and a stirring mechanism. The test cup is filled with the sample being tested, and it is heated gradually by the heating unit. The temperature is controlled and monitored using a thermometer or a temperature sensor.
During the test, the sample is heated at a controlled rate while being stirred continuously. An open flame or electric spark is then introduced periodically above the sample to test for the presence of ignitable vapors. The flash point is determined when a flash occurs, indicating the release of sufficient vapors to ignite momentarily.
The Pensky Marten apparatus follows recognized testing standards such as ASTM D93 and ISO 2719, which provide detailed procedures, apparatus specifications, and safety guidelines. These standards ensure consistent and reliable measurements of the flash point.
The flash point of a substance is a critical parameter used in assessing its flammability and safety. It indicates the lowest temperature at which a substance emits enough vapors to ignite when exposed to an ignition source. This information helps determine appropriate handling, storage, and transportation procedures for flammable materials, minimizing the risk of fire and explosions.
The Pensky Marten flash point apparatus offers several advantages, including precise temperature control, reliable ignition mechanisms, and the ability to accommodate a wide range of sample types. It provides accurate flash point measurements for various petroleum products, including fuels, lubricants, and solvents.
Regular calibration and maintenance of the Pensky Marten apparatus are crucial to ensure accurate and reliable results. Calibrating the apparatus against certified reference materials helps verify its accuracy and identify any deviations.
In summary, the Pensky Marten flash point apparatus is a widely used instrument for determining the flash point of petroleum products and flammable substances. It plays a vital role in assessing flammability characteristics, ensuring safety in handling, storage, and transportation. By adhering to recognized standards and employing precise temperature control and reliable ignition mechanisms, this apparatus provides valuable information for industries where flammable substances are present.
U-Tech Electrically Driven Stirrer With FHP Motor for Pensky Marten Flash Point Apparatus SSI-402
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U-Tech Electrically Driven Stirrer With FHP Motor for Pensky Marten Flash Point Apparatus SSI-402
By U-Tech
₹20,059  
U-Tech Electrically Driven Stirrer With FHP Motor for Pensky Marten Flash Point Apparatus SSI-402 is a versatile laboratory equipment accessory designed to provide efficient and reliable stirring capabilities for various lab applications. It is compatible with a wide range of lab equipment that requires sample agitation and mixing.
The stirrer features an FHP motor, which is specifically selected for its compact size, energy efficiency, and adequate power output. The FHP motor delivers the necessary rotational force to drive the stirring mechanism, ensuring effective mixing of samples.
The U-Tech Electrically Driven Stirrer is commonly used with laboratory instruments such as viscometers, flash point apparatus, dissolution testers, and other setups that require homogeneous mixing. It enables consistent and uniform sample mixing, which is crucial for obtaining accurate and reliable results in various scientific and research applications.
The stirrer typically consists of a motor unit and a shaft assembly with an impeller or stir bar. The impeller is immersed in the sample or solution, and when the motor is activated, it rotates at a controlled speed, creating a vortex or gentle agitation. This ensures proper blending and dispersion of the components within the sample, promoting chemical reactions, temperature uniformity, and other desired processes.
The U-Tech Electrically Driven Stirrer offers adjustable speed settings, allowing users to optimize stirring speed based on the sample viscosity, experimental requirements, or specific protocols. The precise control of stirring speed enables customization to different lab protocols, ensuring reproducibility and consistency in mixing results.
The stirrer is constructed with durable materials that are resistant to chemicals and corrosion, making it suitable for use in various laboratory environments. It is designed to be user-friendly, with intuitive controls and easy-to-clean surfaces.
In summary, the U-Tech Electrically Driven Stirrer with FHP Motor is a versatile accessory for lab equipment. It enhances the performance and functionality of various lab instruments by providing efficient and reliable stirring capabilities. With its compact design, energy efficiency, adjustable speed settings, and compatibility with different lab setups, this stirrer is a valuable tool for scientists, researchers, and technicians working in diverse scientific fields.
U-Tech Cleaveland Flash and Fire Point Apparatus SSI-403
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U-Tech Cleaveland Flash and Fire Point Apparatus SSI-403
By U-Tech
₹21,239  
The U-Tech Cleaveland Flash and Fire Point Apparatus SSI-403 is a specialized instrument used to determine the flash point and fire point of liquid fuels and other flammable substances. It is an essential tool in industries such as oil and gas, petrochemicals, and transportation, where the knowledge of a substance's flammability characteristics is crucial for safety, handling, and storage purposes.
The flash point of a substance is the lowest temperature at which it produces enough vapor to ignite momentarily when exposed to an open flame or ignition source. The fire point, on the other hand, is the temperature at which the substance sustains combustion for a specific period.
The Cleaveland flash and fire point apparatus typically consists of a metal test cup, a heating unit, a temperature control system, and an ignition mechanism. The test cup is filled with the sample being tested, which is usually heated gradually by an electrically controlled heating unit. A thermometer is inserted into the cup to monitor the temperature.
During the test, the temperature of the sample is increased at a constant rate, and at regular intervals, an ignition source, such as a gas flame or electric spark, is briefly applied above the surface of the sample. The flash point is determined when a momentary flash occurs, indicating the presence of ignitable vapors. The fire point is then determined when sustained combustion is observed.
The Cleaveland flash and fire point apparatus adheres to specific standards and testing methods, such as ASTM D92 and ISO 2592, to ensure accurate and reliable results. These standards provide guidelines for test procedures, apparatus specifications, and safety precautions.
The flash point and fire point of a substance are critical parameters used in assessing its flammability and safety. These values help determine the appropriate handling, storage, and transportation procedures for flammable materials. They also assist in the formulation of safety regulations and guidelines to prevent accidents and mitigate the risk of fire and explosions.
In summary, the Cleaveland flash and fire point apparatus is a specialized instrument used to determine the flash point and fire point of liquid fuels and flammable substances. It provides essential information for assessing the flammability characteristics of materials, ensuring safety in handling, storage, and transportation. Adhering to recognized standards and testing methods, this apparatus plays a vital role in various industries where flammable substances are present.
U-Tech 20 to 2000 seconds Red Wood Number 2 Viscometer SSI-404
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U-Tech 20 to 2000 seconds Red Wood Number 2 Viscometer SSI-404
By U-Tech
₹36,579  
The U-Tech 20 to 2000 seconds Red Wood Number 2 Viscometer SSI-404 is a type of rotational viscometer used to measure the viscosity of fluids, particularly petroleum products. It is commonly employed in industries such as oil and gas, lubricants, and petrochemicals to assess the flow properties and quality of various liquids.
The Red Wood Number 2 viscometer consists of a cylindrical glass or metal container, also known as a cup, and a rotating spindle or bob placed inside the cup. The cup is filled with the fluid to be tested, and the spindle is connected to a motor that causes it to rotate at a constant speed.
During the measurement, the fluid's viscosity is determined by the resistance encountered by the rotating spindle as it moves through the fluid. The torque required to rotate the spindle is measured, and this torque reading is used to calculate the viscosity of the fluid using the Red Wood Number 1 equation.
The Red Wood Number 2 equation relates the torque to the viscosity of the fluid, taking into account the geometry and dimensions of the viscometer cup and spindle. The equation allows for the conversion of torque readings into viscosity values, typically reported in units of Red Wood seconds (RWS).
The viscosity measurement obtained using the Red Wood Number 2 viscometer is crucial in various applications. For instance, in the petroleum industry, it helps determine the viscosity of crude oil, lubricating oils, and other petroleum-based products. This information is vital for quality control, product formulation, and process optimization.
The Red Wood Number 2 viscometer offers several advantages, including simplicity, ease of use, and relatively low cost compared to other types of viscometers. However, it is important to note that it may not be suitable for fluids with extremely high or low viscosities. In such cases, alternative viscometers with different spindle geometries or operating principles may be more appropriate.
In summary, the Red Wood Number 2 viscometer is a rotational viscometer used to measure the viscosity of fluids, particularly petroleum products. It provides valuable information about flow properties and quality control in various industries. Its simplicity and cost-effectiveness make it a popular choice for viscosity measurements, although its range of applicability should be considered for specific fluid types.
U-Tech 2000 seconds Red Wood Number 1 Viscometer for Laboratories SSI-404
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U-Tech 2000 seconds Red Wood Number 1 Viscometer for Laboratories SSI-404
By U-Tech
₹49,559  
The U-Tech 2000 seconds Red Wood Number 1 Viscometer for Laboratories SSI-404 is a type of rotational viscometer used to measure the viscosity of fluids, particularly petroleum products. It is commonly employed in industries such as oil and gas, lubricants, and petrochemicals to assess the flow properties and quality of various liquids.
The Red Wood Number 1 viscometer consists of a cylindrical glass or metal container, also known as a cup, and a rotating spindle or bob placed inside the cup. The cup is filled with the fluid to be tested, and the spindle is connected to a motor that causes it to rotate at a constant speed.
During the measurement, the fluid's viscosity is determined by the resistance encountered by the rotating spindle as it moves through the fluid. The torque required to rotate the spindle is measured, and this torque reading is used to calculate the viscosity of the fluid using the Red Wood Number 1 equation.
The Red Wood Number 1 equation relates the torque to the viscosity of the fluid, taking into account the geometry and dimensions of the viscometer cup and spindle. The equation allows for the conversion of torque readings into viscosity values, typically reported in units of Red Wood seconds (RWS).
The viscosity measurement obtained using the Red Wood Number 1 viscometer is crucial in various applications. For instance, in the petroleum industry, it helps determine the viscosity of crude oil, lubricating oils, and other petroleum-based products. This information is vital for quality control, product formulation, and process optimization.
The Red Wood Number 1 viscometer offers several advantages, including simplicity, ease of use, and relatively low cost compared to other types of viscometers. However, it is important to note that it may not be suitable for fluids with extremely high or low viscosities. In such cases, alternative viscometers with different spindle geometries or operating principles may be more appropriate.
In summary, the Red Wood Number 1 viscometer is a rotational viscometer used to measure the viscosity of fluids, particularly petroleum products. It provides valuable information about flow properties and quality control in various industries. Its simplicity and cost-effectiveness make it a popular choice for viscosity measurements, although its range of applicability should be considered for specific fluid types.
U-Tech Electrically Driven Stirrer With FHP Motor for Red Wood Viscometer SSI-404
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U-Tech Electrically Driven Stirrer With FHP Motor for Red Wood Viscometer SSI-404
By U-Tech
₹20,059  
The U-Tech Electrically Driven Stirrer with FHP (Fractional Horsepower) Motor is a specific type of stirrer designed for use with the Red Wood Viscometer SSI-404. This stirrer is specifically engineered to provide efficient and reliable mixing of the sample in the viscometer during viscosity measurements.
The Red Wood Viscometer is an instrument used to determine the viscosity of liquids, particularly petroleum products. It operates based on the principle of measuring the time taken for a fixed volume of liquid to flow through a capillary tube under specific conditions. Proper mixing of the sample is crucial to obtain accurate and representative viscosity readings.
The U-Tech Electrically Driven Stirrer is equipped with a high-quality FHP motor, which stands for Fractional Horsepower. This type of motor is designed to deliver adequate power and torque for efficient stirring while being compact in size and energy-efficient. The FHP motor used in the U-Tech stirrer is specifically chosen to meet the requirements of the Red Wood Viscometer SSI-404.
The stirrer typically features a shaft and impeller assembly that is immersed in the sample being tested. When the motor is activated, the impeller rotates at a controlled speed, creating a vortex and ensuring thorough mixing of the sample. The stirrer may have adjustable speed settings to accommodate different sample viscosities and mixing requirements.
By incorporating the U-Tech Electrically Driven Stirrer with FHP Motor into the Red Wood Viscometer setup, users can ensure that the sample is consistently and homogeneously mixed before each viscosity measurement. This helps to eliminate any inconsistencies or stratification in the sample, leading to more accurate and reliable viscosity readings.
The U-Tech stirrer is designed to be compatible with the Red Wood Viscometer SSI-404, ensuring proper fit and easy installation. The stirrer unit is typically constructed with durable materials that are resistant to corrosion and chemical exposure, ensuring long-lasting performance in laboratory environments.
In summary, the U-Tech Electrically Driven Stirrer with FHP Motor is a specialized stirring device designed to be used with the Red Wood Viscometer SSI-404. It features a high-quality FHP motor that delivers efficient mixing of the sample, ensuring consistent and representative viscosity measurements. By incorporating this stirrer into the viscometer setup, users can achieve thorough and reliable mixing of the sample, leading to more accurate and precise viscosity readings.
U-Tech 1/10 inch of second Stop Watch for Red Wood Viscometer SSI-404
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U-Tech 1/10 inch of second Stop Watch for Red Wood Viscometer SSI-404
By U-Tech
₹7,905  
The U-Tech 1/10 inch of second Stop Watch is a specific model of stopwatch that is designed for use with the Red Wood Viscometer SSI-404. This stopwatch is equipped with a high-precision timing mechanism that allows for accurate measurement of time intervals down to 1/10th of a second.
The Red Wood Viscometer is an instrument used for measuring the viscosity of liquids, particularly petroleum products. It operates based on the principle of measuring the time taken for a fixed volume of liquid to flow through a capillary tube under specific conditions.
The U-Tech 1/10 inch of second Stop Watch is an essential accessory for the Red Wood Viscometer SSI-404 as it enables precise timing of the flow of the liquid through the capillary tube. The stopwatch provides the user with the ability to start and stop the timing at specific points during the viscosity measurement process.
The stopwatch typically features a clear and easy-to-read display that shows the elapsed time in seconds and fractions of seconds, such as tenths (1/10th) of a second. It may also include additional features such as lap time recording, split time functionality, and a reset function for convenient and accurate timing.
To use the stopwatch with the Red Wood Viscometer SSI-404, the operator would typically start the stopwatch simultaneously with the release of the liquid into the capillary tube. The stopwatch is then stopped once the liquid has flowed a predetermined distance or has reached a specific point, allowing for the determination of the viscosity of the liquid.
The U-Tech 1/10 inch of second Stop Watch is designed to provide precise and reliable timing for viscosity measurements using the Red Wood Viscometer SSI-404. It ensures accurate and repeatable results by allowing operators to measure time intervals with high precision, contributing to the overall performance and effectiveness of the viscosity testing process.
U-Tech Penetrometer Apparatus With Container and Weight Having Penetration Needle SSI-405
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U-Tech Penetrometer Apparatus With Container and Weight Having Penetration Needle SSI-405
By U-Tech
₹37,759  
U-Tech Penetrometer Apparatus With Container and Weight Having Penetration Needle SSI-405 is a specialized instrument used to measure the penetration resistance or hardness of various materials, such as soils, asphalt, food products, and cosmetics. It is widely employed in fields such as geotechnical engineering, construction, agriculture, and quality control.
The penetrometer apparatus typically consists of a penetrometer probe, a loading mechanism, and a measuring device. The penetrometer probe is a cylindrical or conical-shaped metal rod that is driven into the material being tested. The loading mechanism applies a vertical force or weight onto the probe, causing it to penetrate the material. The measuring device provides a reading of the depth of penetration or the force required to achieve a specific penetration depth.
In geotechnical engineering, the penetrometer apparatus is used to assess the soil's consistency, compaction, and load-bearing capacity. It helps determine the soil's shear strength, compaction characteristics, and suitability for construction purposes. By measuring the resistance encountered during penetration, engineers can gather valuable information about soil properties, such as its density, moisture content, and shear strength.
In the field of asphalt testing, the penetrometer apparatus is employed to measure the penetration resistance of asphalt binders. This allows engineers to evaluate the consistency, hardness, and aging properties of the asphalt. The results obtained from the penetrometer test help determine the asphalt's suitability for specific applications and assist in formulating appropriate asphalt mixes.
In food and cosmetics industries, the penetrometer apparatus is utilized to assess the texture and consistency of products. For example, in the food industry, it can be used to measure the firmness of fruits, vegetables, or other food products. In the cosmetics industry, it can determine the hardness or consistency of creams, gels, or other cosmetic formulations.
The data obtained from the penetrometer apparatus is crucial for quality control and product development. It allows manufacturers to ensure consistency in their products and meet specific standards or customer requirements. It also helps researchers and scientists in understanding the behavior and characteristics of materials under different conditions.
In summary, the penetrometer apparatus is a versatile instrument used to measure penetration resistance or hardness in various materials. Its applications span across different industries, including geotechnical engineering, construction, food, cosmetics, and quality control. By providing valuable insights into material properties, the penetrometer apparatus plays a crucial role in assessing and improving the performance and quality of diverse materials and products.
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