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Borosil Arsenic Determination Apparatus

By Borosil

₹4,955 - ₹7,669

The Borosil Arsenic Determination Apparatus is a specialized laboratory setup used for the determination of arsenic content in samples. This apparatus typically consists of various components, including a reaction vessel, a distillation setup, and necessary accessories such as condensers, receivers, and heating sources. The apparatus follows a specific method, such as the Gutzeit method or the Marsh test, to detect and quantify arsenic in the sample. These methods involve the generation of arsine gas (AsH3) from the sample, followed by its collection and subsequent analysis. Borosil's arsenic determination apparatus is crafted with high-quality borosilicate glass, ensuring chemical resistance and durability. It is widely used in environmental testing, industrial hygiene, and analytical laboratories for assessing arsenic contamination in various matrices, including water, soil, and biological samples. With its precise construction and reliable performance, this apparatus enables accurate and reproducible arsenic determination, supporting research, regulatory compliance, and environmental monitoring efforts.

Type of Product : Arsenic Determination Apparatus

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Borosil 5211024 Methoxi Detrmination Assembly

By Borosil

₹22,419  

As per USP.

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Anjay Engitech Leclanche Cell SU 035

By Anjay Engitech

₹1,037  

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Anjay Engitech Glass Rod Thick SU 027

By Anjay Engitech

₹18  

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Anjay Engitech Rectangular Glass Slab SU 012

By Anjay Engitech

₹164  

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NSAW 6 x 1000 ml Beaker Crude Fiber Estimation Unit NSAW-1415

By NSAW

₹33,039   ₹70,200

You save ₹37,161!

52.94% OFF

Crude fiber estimation is a method used to determine the amount of fiber present in a food or feed sample. Fiber is an important component of the diet for many animals, including humans, and plays a crucial role in maintaining digestive health. The NSAW 6 x 1000 ml Beaker Crude Fiber Estimation Unit NSAW-1415 is a device which measures the amount of fiber present in a sample, expressed as a percentage of the dry weight of the sample.
The crude fiber estimation method involves several steps. First, the sample is dried and ground into a fine powder. The powder is then treated with a series of chemicals to remove all non-fibrous components, such as fats, proteins, and sugars. The remaining material is then washed with a weak acid solution to remove any remaining impurities. Finally, the residue is dried and weighed, and the amount of fiber present is calculated as a percentage of the dry weight of the sample.
The crude fiber estimation unit is widely used in the food and feed industries to determine the nutritional value of various products. For example, it is used to determine the fiber content of animal feeds, which is important for maintaining the health of livestock and other animals. It is also used to determine the fiber content of human foods, such as cereals, bread, and fruits and vegetables, which is important for maintaining a healthy diet.
While the crude fiber estimation method is widely used, it has some limitations. For example, it does not distinguish between different types of fiber, such as soluble and insoluble fiber, which have different effects on the body. It also does not take into account the presence of other components, such as lignin, which can affect the digestibility of the fiber. Despite these limitations, the crude fiber estimation unit remains an important tool for determining the nutritional value of food and feed products.

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NSAW Stainless Steel Flask Sterlity Test Unit

By NSAW

₹61,359 - ₹1,41,599

You save ₹17,181!

21.88% OFF

The NSAW Stainless Steel Flask Sterility Test Unit is a specialized apparatus used in pharmaceutical and biotechnology industries for testing the sterility of liquid pharmaceutical products, biological preparations, and medical devices. This unit is crucial in ensuring that these products are free from viable microorganisms, such as bacteria, fungi, and viruses, which could pose a risk to patient safety if administered or used. The sterility test unit typically consists of a stainless steel flask or container equipped with a filtration system and other components necessary for conducting sterility testing according to regulatory standards, such as those outlined in pharmacopeias like the USP (United States Pharmacopeia) or EP (European Pharmacopoeia). During the sterility testing process, a sample of the product to be tested is aseptically transferred into the sterile flask or container. The sample is then filtered through a sterile membrane filter with a pore size small enough to retain any microorganisms present in the sample. After filtration, the membrane filter is aseptically transferred onto a suitable culture medium that supports the growth of a wide range of microorganisms. The NSAW Stainless Steel Flask Sterility Test Unit provides a controlled environment for the sterility testing process, minimizing the risk of contamination and ensuring reliable test results. The stainless steel construction of the unit allows for easy cleaning and sterilization between tests, maintaining the integrity of the testing process.

Type of Product : Flask Sterlity Test Unit

Capacity : 250 ml

Item Code : NSAW-1565

Material : Stainless Steel

Diameter : Filter: 47 mm

Country of Origin : India

Application Area : Bio Labs, Research Labs, Scientific Labs

Filtration Area : 12.5 cm

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RANDHAWA GLOBAL Borosilicate Glass 3.3 Ostwald Viscometer, RG-93301

By RANDHAWA GLOBAL

Pack of 5 piece

₹825 - ₹4,011

You save ₹1,758!

43.96% OFF

The RANDHAWA GLOBAL Borosilicate Glass 3.3 Ostwald Viscometer RG-93301 is a precision instrument used for measuring the viscosity of fluids. Constructed from high-quality borosilicate glass, this viscometer is designed to provide accurate and reliable measurements in laboratory settings. The Ostwald viscometer operates on the principle of measuring the time it takes for a fixed volume of fluid to flow through a narrow capillary tube under the force of gravity. By observing the flow time and knowing the dimensions of the viscometer, the viscosity of the fluid can be determined using established formulas. With its borosilicate glass construction, this viscometer offers excellent transparency, allowing for easy observation of fluid flow. The high-quality glass material also ensures resistance to chemical corrosion and thermal shock, making the viscometer suitable for use with a wide range of fluids and under various temperature conditions. The RANDHAWA GLOBAL Borosilicate Glass 3.3 Ostwald Viscometer RG-93301 is commonly used in research laboratories, industrial facilities, and educational institutions for viscosity measurements in fluids such as oils, polymers, and solutions. Its precision design and reliable performance make it an essential tool for scientists, engineers, and researchers involved in fluid dynamics and rheological studies.

Type of Product : Ostwald Viscometer

Model No : RG-93301

Material : Borosilicate Glass 3.3

Color : Transparent

Usage For : Scientific Experiments

Application Area : School and College Labs

Pattern Type : College Pattern

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RANDHAWA GLOBAL Borosilicate Glass 3.3 Ostwald Viscometer, RG - 22098

By RANDHAWA GLOBAL

₹553   ₹899

You save ₹346!

38.49% OFF

RANDHAWA GLOBAL Borosilicate Glass 3.3 Ostwald Viscometer, RG - 22098 is a laboratory instrument used to measure the viscosity of liquids. Viscosity is a property that describes a fluid's resistance to flow, and it is crucial in various scientific and industrial applications, including the food industry, pharmaceuticals, and chemical engineering. The Ostwald viscometer operates on the principle of measuring the time it takes for a liquid to flow through a narrow capillary tube under the influence of gravity.
Key components and principles of the Ostwald viscometer:
U-Shaped Tube: The core of an Ostwald viscometer consists of a U-shaped glass tube, which is open at both ends. One arm of the U-tube is wider and serves as a reservoir for the liquid being tested, while the other arm is a narrow capillary tube through which the liquid flows.
Timing Marks: The capillary tube has timing marks etched or marked along its length. These marks provide a reference for measuring the time it takes for the liquid to travel a specific distance in the capillary.
Temperature Control: Accurate viscosity measurements are temperature-sensitive. Many Ostwald viscometers have a temperature control jacket or a water bath to maintain a constant and precisely controlled temperature during the test.
The procedure for using an Ostwald viscometer is as follows:
The viscometer is filled with the liquid to be tested, which is drawn up into the wider arm of the U-tube.
A stopwatch is started as soon as the liquid reaches a specific reference mark on the timing scale.
The liquid flows under the influence of gravity through the narrow capillary tube, and the stopwatch is stopped when it reaches another reference mark.
The time it took for the liquid to travel the known distance in the capillary tube is recorded.
The viscosity of the liquid is calculated using the specific formula associated with the particular viscometer design and the measured time.
The viscosity measurement is often expressed in units such as poise (P) or centipoise (cP), depending on the system of units used.
The Ostwald viscometer is widely used for routine viscosity measurements of liquids with Newtonian behavior, where viscosity remains constant regardless of the applied shear stress. However, it may not be suitable for non-Newtonian fluids, which exhibit varying viscosity under different shear conditions. For such fluids, specialized viscometers like rotational viscometers or rheometers are preferred. Despite its limitations, the Ostwald viscometer remains a valuable tool for quick and relatively simple viscosity determinations in many laboratory settings.

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ABGIL Borosilicate Glass Reflux Assembly with Thermometer Pocket Adapter, Three Neck Round Bottom Both Socket (Flask Capacity: 500 - 5000 ml)

By ABGIL

₹7,197 - ₹14,159

The ABGIL Borosilicate Glass Reflux Assembly with Thermometer Pocket Adapter, Three Neck Round Bottom Both Socket (Flask Capacity: 500–5000 ml) is a robust laboratory apparatus designed for efficient heating, refluxing, and controlled chemical synthesis. Manufactured from high-quality borosilicate glass, it provides excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The round bottom flask ensures uniform heat distribution for stable reaction conditions, while the three-neck design allows simultaneous use of multiple accessories such as condensers, stirrers, and addition funnels. The integrated thermometer pocket adapter enables precise temperature monitoring without disturbing the reaction setup, improving control and accuracy.
ABGIL Borosilicate Glass Reflux Assembly with Three Neck Both Socket is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based processes. With a flask capacity range of 500 ml to 5000 ml, it is suitable for medium to large-scale laboratory applications. Its durable, autoclavable, and reusable construction ensures long service life and hygienic operation. Designed for precision, flexibility, and reliability, it is an essential laboratory apparatus for achieving consistent and high-quality results in complex chemical reaction procedures.

Type of Product : Reflux Assembly with Thermometer Pocket Adapter

Material : Borosilicate Glass

Application : Laboratory Use

Socket Size : B-24(24/29)

Country of Origin : India

Flask Type : Two Neck Round Bottom Flask

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ABGIL Borosilicate Glass Reflux Assembly with Thermometer Pocket Adapter, Two Neck Round Bottom 5000 ml Flask Capacity, Both Socket Size B-24(24/29), ABG3578

By ABGIL

₹12,979  

ABGIL Borosilicate Glass Reflux Assembly with Thermometer Pocket Adapter. Two Neck Round Bottom Flask Capacity5000ml. Both Socket Size B-24(24/29), ABG3578 from ABGIL is a compact and dependable electrical control solution designed for industrial and commercial applications where safety and reliability are essential. Constructed with a strong enclosure, it provides effective protection against impact, dust, and daily operational wear. The thoughtfully designed housing allows easy mounting and smooth integration into control panels, machinery, and automation systems, ensuring consistent performance over time. Positioned within the control stations category, ABGIL Borosilicate Glass Reflux Assembly with Thermometer Pocket Adapter. Two Neck Round Bottom Flask Capacity5000ml. Both Socket Size B-24(24/29), ABG3578 offers stable operation with low maintenance requirements. The ergonomic layout supports precise control and user safety, while ABGIL manufacturing standards ensure durability and long service life. This control station is a practical choice for professionals seeking efficiency, robustness, and reliable electrical control in demanding environments.

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ABGIL Borosilicate Glass Reflux Assembly, Three Necks Round Bottom (Flask Capacity: 500 - 5000 ml)

By ABGIL

₹6,253 - ₹12,979

The ABGIL Borosilicate Glass Reflux Assembly, Three Necks Round Bottom (Flask Capacity: 500–5000 ml) is a robust laboratory apparatus designed for efficient heating, refluxing, and controlled chemical reactions. Manufactured from premium borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The round bottom flask ensures uniform heat distribution for stable reaction conditions, while the three-neck configuration allows simultaneous attachment of multiple accessories such as condensers, stirrers, and addition funnels. This versatile design supports complex reaction setups with improved control and operational efficiency, while its transparent construction enables clear observation of the process.
ABGIL Borosilicate Glass Three Necks Reflux Assembly is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based applications. With a flask capacity range of 500 ml to 5000 ml, it is suitable for both medium and large-scale laboratory operations. Its durable, autoclavable, and reusable construction ensures long service life and hygienic use. Designed for precision, flexibility, and reliability, it is an essential laboratory apparatus for achieving consistent and high-quality results in advanced chemical reaction processes.

Type of Product : Reflux Assembly

Material : Borosilicate Glass

Application : Laboratory Use

Socket Size : B-24(24/29)

Country of Origin : India

Flask Type : Two Necks Round Bottom Flask

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ABGIL Borosilicate Glass Reflux Assembly, Two Necks Round Bottom (Flask Capacity: 500 - 5000 ml)

By ABGIL

₹5,427 - ₹10,737

The ABGIL Borosilicate Glass Reflux Assembly, Two Necks Round Bottom (Flask Capacity: 500–5000 ml) is a high-performance laboratory apparatus designed for efficient heating, refluxing, and controlled chemical reactions. Manufactured from premium borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The round bottom flask provides uniform heat distribution for consistent reaction conditions, while the two-neck configuration allows convenient attachment of essential accessories such as condensers, stirrers, or addition funnels, enabling smooth and controlled experimental operation. Its transparent design allows clear visibility of the reaction process for accurate monitoring. ABGIL Borosilicate Glass Two Neck Reflux Assembly is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based applications. With a flask capacity range of 500 ml to 5000 ml, it is suitable for both medium and large-scale laboratory operations. Its durable, autoclavable, and reusable construction ensures long service life and hygienic use. Designed for precision, efficiency, and reliability, it is an essential laboratory apparatus for achieving consistent and high-quality results in chemical reaction and processing applications.

Type of Product : Reflux Assembly

Material : Borosilicate Glass

Application : Laboratory Use

Socket Size : B-24(24/29)

Country of Origin : India

Flask Type : Two Necks Round Bottom Flask

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ABGIL Borosilicate Glass Reflux Assembly Round Bottom (Flask Capacity: 500 - 5000 ml)

By ABGIL

₹4,483 - ₹8,967

The ABGIL Borosilicate Glass Reflux Assembly Round Bottom (Flask Capacity: 500–5000 ml) is a high-performance laboratory setup designed for efficient heating, refluxing, and controlled chemical reactions. Manufactured from premium borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The round bottom flask ensures uniform heat distribution for consistent reaction conditions, while the reflux system enables continuous condensation and return of vapors, preventing solvent loss and maintaining stable reaction temperatures. Its transparent construction allows clear observation of the process for enhanced control and accuracy.
ABGIL Borosilicate Glass Reflux Assembly Round Bottom is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based applications. With a flask capacity range from 500 ml to 5000 ml, it supports both medium-scale and large-volume laboratory procedures. Its durable, autoclavable, and reusable construction ensures long service life and hygienic operation. Designed for precision, efficiency, and reliability, it is an essential laboratory apparatus for achieving consistent, accurate, and reproducible results in heating and reflux processes.

Type of Product : Reflux Assembly

Material : Borosilicate Glass

Application : Laboratory Use

Country of Origin : India

Flask Type : Round Bottom Flask

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ABGIL Borosilicate Glass Reflux Assembly with Thermometer Pocket Adapter, Three Neck Round Bottom All Socket (Flask Capacity: 500 - 1000 ml)

By ABGIL

₹6,253 - ₹7,197

The ABGIL Borosilicate Glass Reflux Assembly with Thermometer Pocket Adapter, Three Neck Round Bottom All Socket (Flask Capacity: 500–1000 ml) is a precision laboratory apparatus designed for controlled heating, refluxing, and multi-functional chemical reactions. Manufactured from high-quality borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The round bottom flask provides uniform heat distribution for stable reaction conditions, while the three-neck design allows simultaneous use of multiple accessories such as condensers, stirrers, and dropping funnels. The integrated thermometer pocket adapter enables accurate temperature monitoring without disturbing the reaction setup.
ABGIL Borosilicate Glass Reflux Assembly with Three Neck All Socket is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based reactions. With a flask capacity range of 500 ml to 1000 ml, it is suitable for medium-scale laboratory applications requiring precise control and monitoring. Its durable, autoclavable, and reusable construction ensures long service life and hygienic operation. Designed for precision, flexibility, and reliability, it is an essential laboratory apparatus for achieving consistent and high-quality results in complex chemical reaction processes.

Type of Product : Reflux Assembly with Thermometer Pocket Adapter

Material : Borosilicate Glass

Application : Laboratory Use

Socket Size : B-24(24/29)

Country of Origin : India

Flask Type : Three Neck Round Bottom Flask

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ABGIL Borosilicate Glass Reflux Assembly, Three Neck Round Bottom (Flask Capacity: 500 - 1000 ml)

By ABGIL

₹5,427 - ₹6,253

The ABGIL Borosilicate Glass Reflux Assembly, Three Neck Round Bottom (Flask Capacity: 500–1000 ml) is a precision laboratory apparatus designed for efficient heating, refluxing, and controlled chemical synthesis. Manufactured from high-quality borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The round bottom flask provides uniform heat distribution for stable reaction conditions, while the three-neck configuration allows simultaneous use of multiple accessories such as condensers, stirrers, and addition funnels. This design enhances operational flexibility and enables precise control over complex chemical reactions.
ABGIL Borosilicate Glass Three Neck Reflux Assembly is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based applications. With a flask capacity range of 500 ml to 1000 ml, it is suitable for medium-scale laboratory operations requiring accuracy and control. Its durable, autoclavable, and reusable construction ensures long service life and hygienic use. Designed for precision, versatility, and reliability, it is an essential laboratory apparatus for achieving consistent and high-quality results in advanced chemical reaction processes.

Type of Product : Reflux Assembly

Material : Borosilicate Glass

Application : Laboratory Use

Socket Size : B-24(24/29)

Country of Origin : India

Flask Type : Three Neck Round Bottom Flask

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ABGIL Borosilicate Glass Reflux Assembly, Two Neck Round Bottom (Flask Capacity: 500 - 1000 ml)

By ABGIL

₹4,483 - ₹5,427

The ABGIL Borosilicate Glass Reflux Assembly, Two Neck Round Bottom (Flask Capacity: 500–1000 ml) is a precision laboratory apparatus designed for efficient heating, refluxing, and controlled chemical reactions. Manufactured from high-quality borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The round bottom flask provides uniform heat distribution for consistent reaction conditions, while the two-neck configuration allows convenient attachment of accessories such as condensers, stirrers, or addition funnels. Its transparent body enables clear observation of the reaction process for accurate monitoring and control.
ABGIL Borosilicate Glass Two Neck Reflux Assembly is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based applications. With a flask capacity range of 500 ml to 1000 ml, it is suitable for medium-scale laboratory operations requiring precision and stability. Its durable, autoclavable, and reusable construction ensures long service life and hygienic use. Designed for efficiency, versatility, and reliability, it is an essential laboratory apparatus for achieving consistent and high-quality results in chemical reaction processes.

Type of Product : Reflux Assembly

Material : Borosilicate Glass

Application : Laboratory Use

Socket Size : B-24(24/29)

Country of Origin : India

Flask Type : Two Neck Round Bottom Flask

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ABGIL Borosilicate Glass Reflux Assembly (Flask Capacity: 500 - 1000 ml)

By ABGIL

₹3,657 - ₹4,483

The ABGIL Borosilicate Glass Reflux Assembly (Flask Capacity: 500–1000 ml) is a precision laboratory setup designed for efficient heating, refluxing, and controlled chemical reactions. Manufactured from high-quality borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring safe and reliable performance in demanding laboratory environments. The assembly enables continuous condensation and return of vapors to the reaction flask, allowing reactions to proceed at constant temperature without loss of solvent. Its transparent construction provides clear visibility of the process, ensuring accurate monitoring and improved experimental control.
ABGIL Borosilicate Glass Reflux Assembly is widely used in chemistry, pharmaceutical, and research laboratories for synthesis, distillation, and reflux-based applications. With a flask capacity ranging from 500 ml to 1000 ml, it is suitable for medium-scale laboratory procedures. Its durable, autoclavable, and reusable construction ensures long service life and hygienic operation. Designed for precision, efficiency, and reliability, it is an essential laboratory apparatus for achieving consistent, accurate, and reproducible results in heating and reflux experiments.

Type of Product : Reflux Assembly

Material : Borosilicate Glass

Application : Laboratory Use

Country of Origin : India

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ABGIL Borosilicate Glass Jolly'S Air Bulb Capacity 500 ml, ABG3553

By ABGIL

₹2,949  

ABGIL Borosilicate Glass Jolly'S Air Bulb. Bulb Capacity 500ml, ABG3553 from ABGIL is a compact and dependable electrical control solution designed for industrial and commercial applications where safety and reliability are essential. Constructed with a strong enclosure, it provides effective protection against impact, dust, and daily operational wear. The thoughtfully designed housing allows easy mounting and smooth integration into control panels, machinery, and automation systems, ensuring consistent performance over time. Positioned within the control stations category, ABGIL Borosilicate Glass Jolly'S Air Bulb. Bulb Capacity 500ml, ABG3553 offers stable operation with low maintenance requirements. The ergonomic layout supports precise control and user safety, while ABGIL manufacturing standards ensure durability and long service life. This control station is a practical choice for professionals seeking efficiency, robustness, and reliable electrical control in demanding environments.

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ABGIL Borosilicate Glass Jacketed Franz Diffusion Cell Vessel (Capacity: 20 - 50 ml)

By ABGIL

₹3,657 - ₹5,427

The ABGIL Borosilicate Glass Jacketed Franz Diffusion Cell Vessel (Capacity: 20–50 ml) is a precision laboratory component designed for accurate in vitro diffusion and permeation studies. Manufactured from high-quality borosilicate glass, it offers excellent resistance to heat, chemical corrosion, and thermal shock, ensuring reliable performance in controlled experimental environments. The jacketed design allows efficient temperature regulation by circulating fluid through the outer layer, maintaining stable conditions for consistent and reproducible diffusion results. Its transparent construction enables clear observation of the sample during testing, enhancing analytical accuracy and process control.
ABGIL Borosilicate Glass Jacketed Franz Diffusion Cell Vessel is widely used in pharmaceutical, biotechnology, and research laboratories for studying drug release, skin permeation, and transdermal delivery systems. With a capacity range of 20 ml to 50 ml, it is ideal for precise small-volume testing applications. Its durable, autoclavable, and reusable construction ensures long service life and hygienic operation. Designed for precision, stability, and reliability, it is an essential laboratory apparatus for achieving accurate and consistent results in diffusion and permeation studies.

Type of Product : Jacketed Franz Diffusion Cell Vessel

Material : Borosilicate Glass

Color : Transparent

Application : Laboratory Use

Country of Origin : India

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ABGIL Glass Beads 1000 gms Capacity, ABG3338

By ABGIL

₹1,297  

ABGIL Glass Beads. Capacity 1000gms, ABG3338 from ABGIL is a compact and dependable electrical control solution designed for industrial and commercial applications where safety and reliability are essential. Constructed with a strong enclosure, it provides effective protection against impact, dust, and daily operational wear. The thoughtfully designed housing allows easy mounting and smooth integration into control panels, machinery, and automation systems, ensuring consistent performance over time. Positioned within the control stations category, ABGIL Glass Beads. Capacity 1000gms, ABG3338 offers stable operation with low maintenance requirements. The ergonomic layout supports precise control and user safety, while ABGIL manufacturing standards ensure durability and long service life. This control station is a practical choice for professionals seeking efficiency, robustness, and reliable electrical control in demanding environments.

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ABGIL Glass Rectangular Slab Transparent for Laboratory Use

By ABGIL

₹199 - ₹494

The ABGIL Glass Rectangular Slab Transparent for Laboratory Use is a high-quality laboratory accessory designed for a wide range of experimental, optical, and demonstration applications. Manufactured from premium-grade glass, it offers excellent clarity, uniform thickness, and smooth polished surfaces, ensuring accurate light transmission and minimal distortion. Its rectangular shape and transparent construction make it ideal for studying optical properties such as refraction, reflection, and light path behavior in physics experiments. The sturdy and scratch-resistant design ensures durability and consistent performance during repeated laboratory use.
ABGIL Glass Rectangular Slab Transparent is widely used in schools, colleges, and research laboratories for optical demonstrations, light experiments, and educational purposes. It is suitable for analyzing refractive index, verifying optical laws, and conducting various scientific studies. Its easy-to-handle design and robust construction make it convenient for both teaching and professional use. Designed for clarity, precision, and reliability, it is an essential laboratory tool for enhancing practical understanding and achieving accurate results in optical and physics-based experiments.

Type of Product : Rectangular Glass Slab

Material : Glass

Color : Transparent

Application : Laboratory Use

Country of Origin : India

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ABGIL Glass Leclanche Cell Pot Transparent 2 Pint, ABG3215

By ABGIL

₹294  

ABGIL Glass Leclanche Cell Pot. 2 Pint, ABG3215 from ABGIL is a compact and dependable electrical control solution designed for industrial and commercial applications where safety and reliability are essential. Constructed with a strong enclosure, it provides effective protection against impact, dust, and daily operational wear. The thoughtfully designed housing allows easy mounting and smooth integration into control panels, machinery, and automation systems, ensuring consistent performance over time. Positioned within the control stations category, ABGIL Glass Leclanche Cell Pot. 2 Pint, ABG3215 offers stable operation with low maintenance requirements. The ergonomic layout supports precise control and user safety, while ABGIL manufacturing standards ensure durability and long service life. This control station is a practical choice for professionals seeking efficiency, robustness, and reliable electrical control in demanding environments.

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ABGIL Glass Staining Cavity Block for Laboratory Use

By ABGIL

₹329 - ₹412

The ABGIL Glass Staining Cavity Block for Laboratory Use is a precision-designed laboratory accessory ideal for staining, mixing, and observing small quantities of samples in controlled conditions. Manufactured from high-quality glass, it offers excellent chemical resistance, durability, and clarity, ensuring reliable performance in routine and specialized laboratory applications. The multiple cavity design allows simultaneous handling of different samples or reagents, making it highly efficient for staining procedures, slide preparation, and micro-scale reactions. Its smooth, polished surface ensures easy cleaning and prevents sample contamination.
ABGIL Glass Staining Cavity Block is widely used in biology, pathology, microbiology, and educational laboratories for staining slides, conducting small experiments, and sample observation. Its transparent construction enables clear visibility for accurate analysis and monitoring during procedures. The sturdy and reusable design ensures long service life and hygienic operation. Compact and easy to handle, it is an essential laboratory tool for achieving precise, organized, and efficient results in staining and micro-analysis tasks.

Type of Product : Staining Cavity Block

Material : Glass

Application : Laboratory Use

Country of Origin : India

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Borosil Carbonate Assembly Made of Transparent Borosilicate Glass for Determination of Carbon Dioxide, 5218001

By Borosil

₹9,557  

Borosil Carbonate Assembly Made of Transparent Borosilicate Glass for Determination of Carbon Dioxide, 5218001 is specifically designed for accurate analysis of carbon dioxide content in laboratory samples. Manufactured from high-quality transparent borosilicate glass, it offers excellent resistance to chemical attack and thermal variations. The clear construction allows easy observation of reactions, ensuring precise monitoring during analytical procedures. Borosil Carbonate Assembly Made of Transparent Borosilicate Glass for Determination of Carbon Dioxide, 5218001 is engineered for reliable performance in analytical chemistry and quality control laboratories. Its well-designed structure ensures proper gas flow and efficient absorption, contributing to accurate results. Durable and easy to maintain, this assembly is suitable for routine testing in research labs, educational institutions, and industrial applications.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 600

By BALAJI INDIA

₹5,191   ₹6,441

You save ₹1,250!

19.41% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 600 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 500

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 500 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 450

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 450 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 400

By BALAJI INDIA

₹5,191   ₹6,441

You save ₹1,250!

19.41% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 400 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 350

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 350 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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Ships within 8 days

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 300

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 300 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

Add to Cart Buy Now

Ships within 8 days

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 200

By BALAJI INDIA

₹5,191   ₹6,441

You save ₹1,250!

19.41% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 200 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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Ships within 8 days

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 150

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 150 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 100

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 100 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 75

By BALAJI INDIA

₹5,191   ₹6,441

You save ₹1,250!

19.41% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 75 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 50

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 50 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 25

By BALAJI INDIA

₹5,427   ₹6,441

You save ₹1,014!

15.75% OFF

BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 25 is a laboratory instrument used to measure the viscosity of fluids, particularly liquids. It is widely employed in various industries, including chemical, petroleum, and pharmaceutical, to assess the flow and thickness of liquids. This device operates on the principle of measuring the time it takes for a known volume of liquid to flow through a narrow capillary tube under the influence of gravity.
Key components of the Cannon-Fenske viscometer include a bulb-shaped reservoir at the top, a precisely calibrated capillary tube, and a timing mechanism. The procedure begins by filling the viscometer with the liquid whose viscosity is to be determined. The liquid is introduced into the bulb, and when released, it flows down the capillary tube due to gravity. The timing mechanism is activated as soon as the liquid meniscus reaches a marked point on the capillary tube and is stopped when it reaches another marked point, typically several centimeters downstream. The time elapsed between these two points is recorded.
The viscometer is calibrated using a reference liquid with a known viscosity, usually water or a standard oil. By comparing the flow times of the test liquid and the reference liquid, the viscosity of the test liquid can be determined using the formula:
Viscosity (η) = (t_test / t_reference) x η_reference
Where:
η is the viscosity of the test liquid.
t_test is the time taken for the test liquid to flow through the capillary.
t_reference is the time taken for the reference liquid to flow through the capillary.
η_reference is the known viscosity of the reference liquid.
Cannon-Fenske viscometers are available in various sizes, and their capillary tubes have different dimensions to accommodate liquids with varying viscosities. This flexibility makes them suitable for a wide range of applications, from low-viscosity solvents to high-viscosity oils.
In summary, the Cannon-Fenske Routine Viscometer is a valuable tool for determining the viscosity of liquids in a precise and straightforward manner, making it an essential instrument in industries where the flow properties of fluids play a critical role in product quality and performance.

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BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 5 Pipette As Per IS Specifications

By BALAJI INDIA

₹29,400  

BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 5 Pipette As Per IS Specifications is a specialized instrument used for the quantitative analysis of gas mixtures. Named after German chemist and inventor H. Orsat, this apparatus is crucial for determining the composition of gas samples, particularly in industries such as petrochemicals, environmental monitoring, and combustion analysis.
The apparatus is constructed using borosilicate glass, a type of glass known for its resistance to chemical reactions and thermal stability. This ensures that the glass components remain inert during gas analysis, preventing any unwanted interactions that could compromise the accuracy of the results.
The Orsat Gas Analysis Apparatus typically consists of a gas-absorbing burette and five pipettes, each designed for the absorption of specific gas components. The three pipettes commonly correspond to absorption of carbon dioxide (CO2), oxygen (O2), and a third pipette for other gases, such as methane (CH4) or nitrogen (N2).
The apparatus follows IS specifications, ensuring that it complies with the standards set by the Bureau of Indian Standards. These specifications detail the design, materials, and performance requirements to ensure the accuracy and reliability of the gas analysis.
The analysis process involves passing a known volume of the gas mixture through the absorption pipettes, where each pipette selectively captures a specific gas component. The volume changes in the pipettes are then measured to calculate the percentage composition of each gas in the original sample.
The Orsat Gas Analysis Apparatus is essential for applications where precise knowledge of gas composition is critical, such as combustion efficiency assessments or environmental pollutant monitoring. The use of borosilicate glass and adherence to IS specifications contribute to the reliability and accuracy of the apparatus in providing valuable information about the gas composition in various industrial processes.

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BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 4 Pipette As Per IS Specifications

By BALAJI INDIA

₹21,239   ₹22,400

You save ₹1,161!

5.18% OFF

BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 4 Pipette As Per IS Specifications is a specialized instrument used for the quantitative analysis of gas mixtures. Named after German chemist and inventor H. Orsat, this apparatus is crucial for determining the composition of gas samples, particularly in industries such as petrochemicals, environmental monitoring, and combustion analysis.
The apparatus is constructed using borosilicate glass, a type of glass known for its resistance to chemical reactions and thermal stability. This ensures that the glass components remain inert during gas analysis, preventing any unwanted interactions that could compromise the accuracy of the results.
The Orsat Gas Analysis Apparatus typically consists of a gas-absorbing burette and four pipettes, each designed for the absorption of specific gas components. The three pipettes commonly correspond to absorption of carbon dioxide (CO2), oxygen (O2), and a third pipette for other gases, such as methane (CH4) or nitrogen (N2).
The apparatus follows IS specifications, ensuring that it complies with the standards set by the Bureau of Indian Standards. These specifications detail the design, materials, and performance requirements to ensure the accuracy and reliability of the gas analysis.
The analysis process involves passing a known volume of the gas mixture through the absorption pipettes, where each pipette selectively captures a specific gas component. The volume changes in the pipettes are then measured to calculate the percentage composition of each gas in the original sample.
The Orsat Gas Analysis Apparatus is essential for applications where precise knowledge of gas composition is critical, such as combustion efficiency assessments or environmental pollutant monitoring. The use of borosilicate glass and adherence to IS specifications contribute to the reliability and accuracy of the apparatus in providing valuable information about the gas composition in various industrial processes.

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BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 3 Pipette As Per IS Specifications

By BALAJI INDIA

₹13,790  

BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 3 Pipette As Per IS Specifications is a specialized instrument used for the quantitative analysis of gas mixtures. Named after German chemist and inventor H. Orsat, this apparatus is crucial for determining the composition of gas samples, particularly in industries such as petrochemicals, environmental monitoring, and combustion analysis.
The apparatus is constructed using borosilicate glass, a type of glass known for its resistance to chemical reactions and thermal stability. This ensures that the glass components remain inert during gas analysis, preventing any unwanted interactions that could compromise the accuracy of the results.
The Orsat Gas Analysis Apparatus typically consists of a gas-absorbing burette and three pipettes, each designed for the absorption of specific gas components. The three pipettes commonly correspond to absorption of carbon dioxide (CO2), oxygen (O2), and a third pipette for other gases, such as methane (CH4) or nitrogen (N2).
The apparatus follows IS specifications, ensuring that it complies with the standards set by the Bureau of Indian Standards. These specifications detail the design, materials, and performance requirements to ensure the accuracy and reliability of the gas analysis.
The analysis process involves passing a known volume of the gas mixture through the absorption pipettes, where each pipette selectively captures a specific gas component. The volume changes in the pipettes are then measured to calculate the percentage composition of each gas in the original sample.
The Orsat Gas Analysis Apparatus is essential for applications where precise knowledge of gas composition is critical, such as combustion efficiency assessments or environmental pollutant monitoring. The use of borosilicate glass and adherence to IS specifications contribute to the reliability and accuracy of the apparatus in providing valuable information about the gas composition in various industrial processes.

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