U-Tech Laboratory Glassware

U-Tech Automatic Low Water Level Cut Off Device for Electrically Heated Distillation Apparatus SSI-141 is a safety feature commonly used in steam boilers to prevent damage caused by low water levels. It is designed to shut off the boiler's heating elements or fuel supply when the water level in the boiler drops below a specified threshold. This device helps to ensure the safe and efficient operation of the boiler system.
The purpose of a low water level cut-off device is to protect the boiler from overheating and potential catastrophic failure. When the water level in the boiler decreases significantly, there is a risk of exposing the heating elements or combustion chamber to excessive heat, which can lead to damage or even explosions. The low water level cut-off device acts as a safeguard by detecting the low water level condition and activating a shutdown mechanism to prevent further heating.
There are different types of low water level cut-off devices available, but they generally work on the principle of conductivity or probe technology. Conductivity-based devices use electrical conductivity to monitor the water level. Electrodes or probes are placed in the boiler's water column, and when the water level drops below a certain point, the electrical conductivity changes. This change triggers the cut-off mechanism, shutting down the heating elements or fuel supply.
Probe-based devices, on the other hand, use the presence or absence of water to detect the water level. The probes are positioned at specific points in the boiler, and when the water level falls below a set level, the absence of water between the probes triggers the cut-off mechanism.
Low water level cut-off devices are crucial for boiler safety and are often required by regulations and codes. They provide an added layer of protection against accidents and equipment damage due to low water levels. Regular maintenance and testing of these devices are essential to ensure their proper functioning and reliability.
In conclusion, a low water level cut-off device is a vital safety component in steam boilers. Its primary function is to detect and respond to low water levels, preventing overheating and potential boiler failure. By shutting off the heating elements or fuel supply, these devices help maintain safe and efficient operation of the boiler system, protecting both equipment and personnel.

The U-Tech Mantle Type Soxhlet Extraction Unit Without Glass Parts, designated as SSI-179, represents a specialized instrument tailored for solvent extraction processes in laboratory settings. Engineered with precision and efficiency, this extraction unit offers researchers and technicians a reliable solution for extracting desired compounds from solid samples without the need for glassware components. At its core, the SSI-179 extraction unit features a robust mantle-type design crafted to provide uniform heating to the extraction flask. This setup facilitates efficient extraction of target compounds from solid samples. The absence of glass parts simplifies operation and maintenance, reducing the risk of breakage and ensuring durability over extended use. Central to the unit is the heating mantle, enveloping the extraction flask to deliver precise temperature control for the extraction process. This enables researchers to maintain the desired temperature range essential for optimal extraction efficiency while ensuring safe operation. Versatility is a hallmark of the SSI-179 extraction unit, capable of accommodating various solid samples and extraction solvents. This adaptability renders it suitable for an array of applications across pharmaceuticals, environmental analysis, and food testing. Users can customize the unit to meet specific experimental requirements, tailoring extraction conditions to their needs. User-friendly features are seamlessly integrated into the SSI-179 extraction unit, enhancing usability and convenience. These features may include adjustable temperature settings, digital temperature displays, and timers, empowering precise control over the extraction process. Safety is paramount in laboratory environments, and the SSI-179 extraction unit incorporates built-in protections to prevent accidents or sample damage during operation. Overheating protection, insulation to minimize heat loss, and sturdy construction are some of the safety measures implemented to ensure stability and reliability. The SSI-179 extraction unit complies with international standards and regulations, affirming its safety and reliability. Rigorous testing and quality control procedures are adhered to during manufacturing, ensuring consistent performance and reproducible results.

The U-Tech Double Stage Electrically Heated Distillation Apparatus SSI-141 is a sophisticated and reliable instrument designed to facilitate precise distillation processes in laboratory settings. Renowned for its efficiency, accuracy, and safety features, this apparatus is meticulously engineered to meet the demanding requirements of scientific research, quality control, and industrial applications. At its core, the double-stage distillation setup enables the separation of components with varying boiling points, ensuring the production of high-purity distilled products. This makes the apparatus essential for a wide range of industries, including pharmaceuticals, petrochemicals, and food and beverage production, where purity and consistency are paramount. The electric heating system incorporated into the apparatus provides rapid and uniform heating throughout the distillation process. This ensures efficient separation of volatile components while minimizing the risk of thermal degradation or contamination. Precise temperature control mechanisms further enhance the reproducibility and reliability of the distillation process, allowing for precise regulation of operating conditions. Constructed from high-quality materials such as borosilicate glass and stainless steel, the apparatus offers excellent chemical resistance, durability, and longevity. The transparent glass components allow for clear observation of the distillation process, facilitating real-time monitoring and control by operators. Additionally, the user-friendly design features intuitive controls and ergonomic elements to streamline operation and enhance user safety. Safety is a top priority in laboratory environments, and the U-Tech Double Stage Electrically Heated Distillation Apparatus SSI-141 is equipped with multiple safety features to mitigate potential risks. These include built-in safety interlocks, overheat protection, and fail-safe mechanisms to ensure operator well-being and equipment integrity.

The U-Tech Single Stage Vertical Glass Distillation Unit with Quartz Heater Tube SSI-142 is a specialized apparatus engineered to facilitate precise and efficient distillation procedures within laboratory environments. Renowned for its reliability, accuracy, and safety features, this unit is meticulously crafted to meet the demanding needs of scientific research, quality control, and experimental endeavors across various industries. Central to its functionality is the single-stage distillation setup, meticulously designed to facilitate the separation of components with differing boiling points. This capability ensures the attainment of high levels of purity and consistency in the distilled output, making it indispensable for applications ranging from chemical synthesis to the analysis of volatile substances. An outstanding feature of this distillation unit is its Quartz Heater Tube, strategically integrated to provide rapid and uniform heating throughout the distillation process. Quartz, distinguished for its exceptional thermal conductivity, chemical inertness, and transparency, ensures optimal performance and reliability, even in demanding laboratory conditions. The unit's vertical configuration optimizes spatial efficiency while ensuring stability and ease of operation. Constructed from transparent borosilicate glass, the apparatus enables clear visualization of the distillation process, allowing operators to monitor and regulate operations in real-time with precision and confidence. Moreover, the utilization of high-grade glassware guarantees superior chemical compatibility and resistance to thermal stress, prolonging the unit's lifespan and ensuring consistent performance over time. Safety is of paramount importance in laboratory environments, and the U-Tech Single Stage Vertical Glass Distillation Unit incorporates various safety features to mitigate potential risks. These include precise temperature control mechanisms, safety interlocks, and ergonomic design elements aimed at minimizing operator errors and preventing accidents.

U-Tech 12 x 20 cm BTL Type Anaerobic Culture Jar SSI-170 is a specialized laboratory apparatus used for cultivating and studying anaerobic microorganisms, which are organisms that thrive in the absence of oxygen. It creates an oxygen-free environment to support the growth and development of these microorganisms.
The BTL type anaerobic culture jar consists of a transparent glass or plastic jar with a tight-sealing lid. The lid typically incorporates multiple components, including a gas inlet/outlet valve, a vacuum gauge, a pressure release valve, and a catalyst system.
The gas inlet/outlet valve allows for the controlled introduction and evacuation of gases within the jar. Anaerobic conditions are achieved by replacing the oxygen present in the jar with an inert gas, such as nitrogen or carbon dioxide, which is introduced through the gas inlet. The vacuum gauge helps monitor and control the pressure inside the jar.
The pressure release valve ensures that excess pressure within the jar is safely released, preventing the buildup of potentially harmful gases. The catalyst system, usually located within the lid, contains a catalyst material, such as palladium or platinum, that helps facilitate the removal of residual traces of oxygen.
To create an anaerobic environment using a BTL type culture jar, the desired culture medium and microorganisms are placed inside the jar. The lid is then tightly sealed, and the jar is purged with an inert gas to replace the oxygen. The pressure release valve is adjusted to maintain the desired pressure, typically slightly above atmospheric pressure. The jar is incubated under the appropriate temperature conditions for the growth of the anaerobic microorganisms.
The BTL type anaerobic culture jar is particularly useful in microbiology and biomedical research for studying anaerobic bacteria, parasites, and other microorganisms. It allows researchers to cultivate and maintain these organisms under controlled anaerobic conditions, facilitating the investigation of their physiology, metabolism, and interactions with other organisms.
Overall, the BTL type anaerobic culture jar provides a reliable and efficient method for creating and maintaining oxygen-free environments in the laboratory, enabling the growth and study of anaerobic microorganisms.

The U-Tech Mantle Type Soxhlet Extraction Unit Without Glass Parts, designated as SSI-182, is a specialized apparatus designed for solvent extraction processes in laboratory settings. Engineered with precision and efficiency in mind, this extraction unit offers researchers and technicians a reliable solution for extracting desired compounds from solid samples without the need for glassware components. At its core, the SSI-182 extraction unit features a robust mantle type design that provides uniform heating to the extraction flask, allowing for efficient extraction of target compounds from solid samples. The absence of glass parts simplifies operation and maintenance, reducing the risk of breakage and minimizing downtime. The extraction unit is equipped with a heating mantle that surrounds the extraction flask, providing precise temperature control for the extraction process. This allows researchers to maintain the desired temperature range for optimal extraction efficiency while ensuring the safety of the operation. The SSI-182 extraction unit is designed to accommodate various solid samples and extraction solvents, making it suitable for a wide range of applications in fields such as pharmaceuticals, environmental analysis, and food testing. The unit can be customized to meet specific experimental requirements, allowing researchers to tailor the extraction conditions to their needs. User-friendly features are integrated into the design of the SSI-182 extraction unit to enhance usability and convenience. These features may include adjustable temperature settings, digital temperature displays, and timers to facilitate precise control over the extraction process. Safety is a top priority in laboratory settings, and the SSI-182 extraction unit is designed with built-in protections to prevent accidents or sample damage during operation. These features may include overheating protection, insulation to prevent heat loss, and sturdy construction to ensure stability and reliability. Compliance with international standards and regulations is ensured for the SSI-182 extraction unit, providing users with confidence in its safety and reliability. Rigorous testing and quality control measures are undertaken during manufacturing to guarantee consistent performance and reproducible results.

The U-Tech 100 mm Fisher Type Electric Agate Mortar Pestle with German Timer SSI-167 is a laboratory instrument used for grinding, crushing, and mixing solid substances to create fine powders or homogeneous blends. It consists of two main components: the mortar, which is a bowl-shaped container, and the pestle, which is a cylindrical tool used for grinding.
What sets the Fisher Type Electric Agate Mortar Pestle apart is the material it is made of. It is constructed from agate, a naturally occurring form of quartz known for its hardness and resistance to chemical corrosion. Agate is a preferred material in laboratories because it is non-reactive and has low contamination properties, ensuring the integrity and purity of the substances being processed.
The electric aspect of this instrument refers to its motorized functionality. Unlike traditional mortar and pestle sets that require manual grinding, the Fisher Type Electric Agate Mortar Pestle is equipped with an electric motor that rotates the pestle. This automation enables consistent and efficient grinding, saving time and effort for the user.
The electric agate mortar pestle is commonly used in various scientific fields such as chemistry, geology, pharmaceuticals, and materials science. It is particularly useful for grinding samples that are hard, brittle, or temperature-sensitive, as the gentle yet effective grinding action of the agate pestle minimizes the risk of sample damage or contamination.
To operate the Fisher Type Electric Agate Mortar Pestle, the solid substance is placed in the mortar, and the pestle is lowered into the bowl. The motor is then activated, causing the pestle to rotate and grind the sample against the inner surface of the mortar. The speed and duration of grinding can be adjusted to achieve the desired particle size or level of homogeneity.
After grinding, the resulting powder or blend can be collected from the mortar for further analysis, experimentation, or processing. The agate material ensures that the processed substance remains free from impurities introduced during the grinding process.
In summary, the Fisher Type Electric Agate Mortar Pestle is a specialized laboratory tool designed for efficient grinding, crushing, and mixing of solid substances. Its construction from agate provides durability, chemical resistance, and low contamination properties. The electric motorization enhances convenience and productivity in the laboratory, making it a valuable instrument for sample preparation in various scientific disciplines.

The U-Tech Single Stage Electrically Heated Distillation Apparatus SSI-141 is a cutting-edge instrument engineered to deliver precise and efficient distillation processes in laboratory environments. Esteemed for its reliability, accuracy, and safety features, this apparatus is meticulously crafted to meet the exacting demands of scientific research, quality control, and industrial applications. At the heart of its functionality lies the single-stage distillation setup, designed to facilitate the separation of components with varying boiling points. This configuration ensures the production of high-purity distilled products, making it indispensable across diverse industries such as pharmaceuticals, petrochemicals, and food and beverage production, where purity and consistency are paramount. The electric heating system integrated into the apparatus provides rapid and uniform heating throughout the distillation process. This feature ensures efficient separation of volatile components while minimizing the risk of thermal degradation or contamination. Precise temperature control mechanisms further enhance the reproducibility and reliability of the distillation process, allowing for precise regulation of operating conditions. Constructed from premium materials like borosilicate glass and stainless steel, the apparatus offers exceptional chemical resistance, durability, and longevity. Transparent glass components enable clear observation of the distillation process, facilitating real-time monitoring and control by operators. Additionally, the user-friendly design features intuitive controls and ergonomic elements to streamline operation and enhance user safety. Safety is of utmost importance in laboratory environments, and the U-Tech Single Stage Electrically Heated Distillation Apparatus SSI-141 is equipped with multiple safety features to mitigate potential risks. These include built-in safety interlocks, overheat protection, and fail-safe mechanisms to ensure operator well-being and equipment integrity.

The U-Tech Triple Stage Electrically Heated Distillation Apparatus SSI-141 represents a pinnacle of innovation and precision in laboratory distillation equipment. Engineered with meticulous attention to detail and incorporating advanced features, this apparatus is designed to meet the exacting requirements of scientific research, quality control, and industrial applications. At the core of its functionality lies the triple-stage distillation setup, which enables the separation of components with varying boiling points across multiple stages. This design ensures the attainment of exceptional purity and consistency in the distilled product, making it an indispensable tool in a wide array of industries, including pharmaceuticals, petrochemicals, and food and beverage production. The electric heating system integrated into the apparatus provides rapid and uniform heating throughout the distillation process. This ensures efficient separation of volatile components while minimizing the risk of thermal degradation or contamination. The precise temperature control mechanisms further enhance the reproducibility and reliability of the distillation process, allowing for precise regulation of operating conditions. Constructed with high-quality materials such as borosilicate glass and stainless steel, the apparatus offers excellent chemical resistance, durability, and longevity. The transparent glass components allow for clear observation of the distillation process, facilitating real-time monitoring and control by operators. Additionally, the user-friendly design features intuitive controls and ergonomic elements to streamline operation and enhance user safety. Safety is paramount in laboratory environments, and the U-Tech Triple Stage Electrically Heated Distillation Apparatus SSI-141 is equipped with multiple safety features to mitigate potential risks. These include built-in safety interlocks, overheat protection, and fail-safe mechanisms to ensure operator well-being and equipment integrity.

The U-Tech Double Stage Vertical Glass Distillation Unit with Quartz Heater Tube SSI-142 is a sophisticated apparatus designed for precise and efficient distillation processes in laboratory settings. Crafted with meticulous attention to detail and utilizing cutting-edge technology, this unit embodies reliability, accuracy, and safety. At the heart of its functionality lies the double-stage distillation setup, which allows for the separation of components with varying boiling points, ensuring purity and consistency in the distilled product. This feature makes it ideal for a wide range of applications including chemical synthesis, research, and quality control in industries such as pharmaceuticals, petrochemicals, and food and beverage. One of the standout features of this distillation unit is its Quartz Heater Tube, which provides rapid and uniform heating, enabling faster distillation cycles and greater productivity. Quartz is renowned for its exceptional thermal properties, resistance to chemical corrosion, and transparency, making it an excellent choice for applications requiring high purity and precision. The vertical design of the unit optimizes space utilization while maintaining stability and ease of operation. The transparent borosilicate glass construction allows for clear observation of the distillation process, facilitating real-time monitoring and control. Additionally, the use of high-quality glassware ensures chemical compatibility and resistance to thermal shock, enhancing the longevity and reliability of the unit. Safety is paramount in laboratory environments, and the U-Tech Double Stage Vertical Glass Distillation Unit incorporates several features to mitigate risks. These include precise temperature control mechanisms, safety interlocks, and ergonomic design elements to minimize operator errors and prevent accidents.

The U-Tech SSI-143 Wall Mounting Stainless Steel Water Still is a robust and space-saving water purification system designed for laboratory use. With its stainless steel construction and wall-mounting design, this water still offers durability, reliability, and convenience in laboratory settings. The stainless steel construction of the SSI-143 water still ensures resistance to corrosion and chemical damage, making it suitable for use with a wide range of laboratory-grade water. This ensures the production of high-quality distilled water for various laboratory applications, including experiments, analyses, and equipment sterilization. The wall-mounting design of the SSI-143 water still saves valuable bench space in the laboratory, allowing researchers to maximize workspace efficiency. This feature is particularly beneficial for laboratories with limited floor space or where mobility and accessibility are important considerations. Equipped with user-friendly controls and an intuitive interface, the SSI-143 water still is easy to operate and maintain. Researchers can easily monitor the distillation process and adjust settings as needed to ensure optimal performance and water quality. In summary, the U-Tech SSI-143 Wall Mounting Stainless Steel Water Still is a reliable and efficient water purification system for laboratory use. With its stainless steel construction, space-saving design, and user-friendly operation, this water still is an essential tool for producing high-purity distilled water in laboratory settings.

The U-Tech SSI-144 Table Pattern Barnstead Type Water Still is a reliable and efficient water purification system designed for laboratory use. This tabletop water still utilizes the Barnstead type distillation process to produce high-quality distilled water suitable for various laboratory applications. Featuring a compact and space-saving design, the SSI-144 water still is ideal for laboratories with limited bench space. Despite its small footprint, this water still delivers consistent and reliable performance, making it a valuable addition to any laboratory setting. The Barnstead type distillation process employed by the SSI-144 water still ensures the removal of impurities and contaminants from the water, resulting in high-purity distilled water suitable for use in experiments, analyses, and other laboratory procedures. This ensures the reliability and accuracy of experimental results. The tabletop design of the SSI-144 water still offers convenience and ease of use, allowing researchers to produce distilled water directly at their workspace. Its user-friendly interface and intuitive controls make operation straightforward, while its durable construction ensures long-term reliability and performance. In summary, the U-Tech SSI-144 Table Pattern Barnstead Type Water Still is a compact, reliable, and efficient water purification system for laboratory use. With its Barnstead type distillation process, compact design, and user-friendly operation, this water still is an essential tool for ensuring the availability of high-purity distilled water in laboratory settings.

U-Tech Rolling Flask for Rotary Vacuum Evaporator for Laboratories SSI-140 is a key component of a rotary evaporator system. It plays a vital role in the process of solvent evaporation and concentration, commonly used in laboratories and research facilities.
The rolling flask is a round-bottomed glass flask that is specially designed to fit into the rotary evaporator's heating bath. It is typically made of borosilicate glass, which is resistant to high temperatures and chemical reactions. The flask is attached to the rotary evaporator's main body and is securely held in place by a flask clamp.
The purpose of the rolling flask is to contain the sample or mixture that needs to be evaporated. The flask is filled with the solvent or liquid sample, and it is sealed with a stopper or ground glass joint to prevent vapor leakage. The flask is then placed in the heating bath, which is filled with a temperature-controlled heating medium, such as oil or water.
During operation, the rotary evaporator creates a vacuum inside the flask, lowering the boiling point of the solvent. The heating bath is heated, causing the solvent to evaporate and form vapor. The rolling flask is rotated or rolled continuously, which increases the surface area of the liquid, facilitating faster evaporation. The rotating motion also prevents bumping and ensures uniform heat distribution.
The vapor generated from the rolling flask is then guided through a condenser, where it is cooled and condensed back into liquid form. The condensed liquid, known as the distillate, is collected in a separate receiving flask. The process of rotary evaporation allows for the removal of volatile components or the concentration of desired substances.
Rolling flasks are available in various sizes to accommodate different volumes of samples. They are often equipped with standard joints or connections, allowing for easy attachment to the rotary evaporator apparatus.
In summary, a rolling flask is a round-bottomed glass flask used in rotary evaporator systems for solvent evaporation and concentration. It is designed to contain the sample or mixture, and its rolling motion enhances evaporation efficiency. The flask is an integral part of the rotary evaporator setup, enabling the separation and collection of volatile components.

The U-Tech Double Coil Condenser is a specialized condenser designed for use with the Rotary Vacuum Evaporator model SSI-140. It is a crucial component of the evaporation system, responsible for condensing vapors and facilitating their conversion back into liquid form. The U-Tech Double Coil Condenser offers several key features and benefits:
Design and Construction: The condenser is constructed with high-quality materials to ensure durability and efficient performance. It features a double coil design, which enhances the surface area available for condensation and improves the overall condensing efficiency.
Cooling Capacity: The U-Tech Double Coil Condenser is designed to provide sufficient cooling capacity to condense vapors generated during the evaporation process. Its efficient heat transfer capabilities enable rapid condensation, allowing for faster evaporation and increased productivity.
Compatibility: The condenser is specifically designed for use with the Rotary Vacuum Evaporator model SSI-140. It is engineered to fit seamlessly into the evaporation system, ensuring a secure and leak-free connection. Its dimensions and fittings are tailored to match the requirements of the SSI-140 model, allowing for easy installation and operation.
Versatility: The U-Tech Double Coil Condenser is suitable for a wide range of applications and solvents commonly used in rotary vacuum evaporation. It can handle various solvents and adapt to different evaporation conditions, providing reliable and efficient performance across diverse laboratory settings.
Ease of Maintenance: The condenser is designed for easy maintenance and cleaning. It can be disassembled and reassembled quickly, allowing for thorough cleaning and removing any residue or deposits that may accumulate during the evaporation process. Regular maintenance ensures optimal performance and prolongs the condenser's lifespan.
When using the U-Tech Double Coil Condenser with the SSI-140 Rotary Vacuum Evaporator, it is important to follow the manufacturer's instructions for proper installation and operation. Regular inspection and cleaning of the condenser are recommended to maintain its performance and prevent any potential blockages or inefficiencies.
Overall, the U-Tech Double Coil Condenser is a reliable and efficient component for the Rotary Vacuum Evaporator SSI-140. Its design, cooling capacity, and compatibility make it an essential part of the evaporation system, enabling effective condensation of vapors and contributing to the overall efficiency of the evaporation process.