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BALAJI INDIA

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BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 1B
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 1B
By BALAJI INDIA
₹7,197  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 1B is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4C
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4C
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4C is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0C
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0C
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0C is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Borosilicate Glass Oxygen Purity Apparatus for Purity Testing of Oxygen
sku-leadTime Ships within 8 days
BALAJI INDIA Borosilicate Glass Oxygen Purity Apparatus for Purity Testing of Oxygen
By BALAJI INDIA
₹6,135   ₹9,730
You save ₹3,595!
36.95% OFF
BALAJI INDIA Borosilicate Glass Oxygen Purity Apparatus for Purity Testing of Oxygen is a specialized instrument designed for the precise testing of oxygen purity in various industrial and laboratory settings. It plays a crucial role in ensuring that oxygen used for medical, industrial, or research purposes meets specified quality standards. The use of borosilicate glass in its construction is notable for its chemical resistance and transparency.
The apparatus typically consists of a borosilicate glass chamber or cell, valves, pressure gauges, and other components necessary for the accurate measurement of oxygen purity. The borosilicate glass chamber is chosen for its inert nature, preventing any unwanted reactions with the oxygen being tested and ensuring the purity of the sample.
The oxygen purity testing process involves introducing a sample of oxygen into the apparatus and then subjecting it to specific conditions and procedures to assess its purity level. This can include measuring the concentration of impurities or contaminants that may be present in the oxygen, such as nitrogen or carbon dioxide.
The transparency of borosilicate glass is essential for visually inspecting the oxygen sample during the testing process. This visibility allows operators to monitor any changes in the sample, ensuring that the testing conditions are consistent and reliable.
Oxygen purity is a critical parameter in various industries, including medical and aerospace applications, where the presence of contaminants can have serious consequences. The Borosilicate Glass Oxygen Purity Apparatus provides a reliable and transparent platform for conducting these tests with precision and accuracy.
In addition to its functional properties, borosilicate glass is also favored for its durability and resistance to thermal shock, making it suitable for a range of temperature conditions that may be encountered during oxygen purity testing. Overall, this apparatus is an essential tool for quality control in industries that rely on high-purity oxygen for their processes and applications.
BALAJI INDIA Borosilicate Glass Cannon Fenske Oswald BS/U Type Direct Flow Viscometer, SIZE - G
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BALAJI INDIA Borosilicate Glass Cannon Fenske Oswald BS/U Type Direct Flow Viscometer, SIZE - G
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Borosilicate Glass Cannon Fenske Oswald BS/U Type Direct Flow Viscometer, SIZE - G is a specialized instrument designed for measuring the viscosity of liquids, particularly in the field of petrochemicals and chemical engineering. This viscometer operates based on the principle of measuring the time it takes for a liquid to flow through a calibrated capillary tube under specific conditions.
The key material of construction for this viscometer is borosilicate glass, known for its durability and resistance to thermal expansion. This ensures the instrument's stability and accuracy over a range of temperatures. The Cannon Fenske Oswald viscometer is categorized as a U-tube viscometer, meaning it consists of a U-shaped glass tube with a bulb at one end and a calibrated capillary tube at the other.
The working principle involves filling the viscometer with a sample of the liquid to be tested. The liquid is allowed to flow through the capillary tube under the influence of gravity. The time taken for a specific volume of liquid to pass through the capillary is measured and used to calculate the viscosity of the liquid. The calibration of the capillary tube is crucial for accurate viscosity determination.
The BS/U Type design refers to the specific configuration of the viscometer, indicating its compliance with certain industry standards or specifications. Direct flow viscometers like this one offer advantages in terms of simplicity and ease of use, making them suitable for routine viscosity measurements.
This type of viscometer finds widespread application in quality control and research laboratories within industries dealing with fluids of varying viscosities. The accurate viscosity data obtained using the Borosilicate Glass Cannon Fenske Oswald BS/U Type Direct Flow Viscometer is essential for ensuring the proper performance and consistency of fluids in various industrial processes.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 200
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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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 25
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 5 Pipette As Per IS Specifications
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4B
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4B
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4B is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0B
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0B
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0B is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 10
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 10
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 10 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 4
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 4
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 4 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 600
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 500
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 450
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 400
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 350
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 300
sku-leadTime 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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 150
sku-leadTime 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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 100
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 75
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Cannon Fenske Routine Viscometer, SIZE - 50
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 4 Pipette As Per IS Specifications
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Borosilicate Glass Orsat Gas Analysis Apparatus 3 Pipette As Per IS Specifications
sku-leadTime Ships within 8 days
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.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 5
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 5
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 5 is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 4 is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3B
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3B
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3B is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3C
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3C
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3C is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 3 is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 2B
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 2B
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 2B is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 2
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 2
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 2 is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 1
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 1
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 1 is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0
sku-leadTime Ships within 8 days
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0
By BALAJI INDIA
₹7,551  
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 0 is a precision instrument designed for the accurate measurement of kinematic viscosity in transparent liquids. It is widely used in industries such as petrochemicals, pharmaceuticals, and food processing where precise knowledge of fluid viscosity is critical. The viscometer is named after its inventor, Ernst Ubbelohde.
The Ubbelohde Viscometer consists of a calibrated glass capillary tube with a constant bulb at the top. To perform a viscosity measurement, a specific volume of the liquid under test is introduced into the viscometer, and the time it takes for the liquid to flow through the calibrated capillary is measured. The kinematic viscosity is then determined using the known dimensions of the capillary and the measured flow time.
One crucial aspect of the Ubbelohde Viscometer is its suitability for transparent liquids. Transparency is essential as it allows for accurate observation of the liquid meniscus and facilitates precise timing during the viscosity measurement process.
A Calibration Certificate accompanies the Ubbelohde Viscometer to attest that the instrument has been calibrated against recognized standards. Calibration is a critical step to ensure the accuracy and reliability of viscosity measurements. The certificate typically includes details such as the viscometer's serial number, calibration date, and the reference standards used. Users can rely on the calibration certificate to trace the accuracy of their viscosity measurements back to established standards.
Laboratories and industries requiring precise viscosity data often prefer instruments with calibration certificates to meet quality control and regulatory requirements. The Ubbelohde Viscometer with a Calibration Certificate is thus a trusted tool for obtaining accurate viscosity measurements in a variety of applications, contributing to the quality assurance of products and processes in industries that rely on fluid properties for optimal performance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 11
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 11
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 11 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 9
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 9
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 9 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 8
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 8
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 8 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 7
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 7
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 7 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 6
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 6
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 6 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 5
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 5
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 5 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 3
sku-leadTime Ships within 8 days
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 3
By BALAJI INDIA
₹5,545   ₹6,441
You save ₹896!
13.92% OFF
BALAJI INDIA Cannon Fenske Oswald BS/IP/RF U - Type Reverse Flow Viscometer, SIZE - 3 is a specialized instrument designed for accurately measuring the viscosity of liquids, particularly in the petroleum and chemical industries. This type of viscometer operates on the principle of measuring the time it takes for a specific volume of liquid to flow through a calibrated capillary tube under controlled conditions, but with a unique feature: the reverse flow mechanism.
The U-Type design of the viscometer refers to its U-shaped glass tube configuration. The instrument consists of a bulb at one end and a calibrated capillary tube at the other. The key material used in its construction is borosilicate glass, chosen for its durability and thermal stability, ensuring accurate and reliable measurements over a range of temperatures.
The Reverse Flow (RF) feature is a distinctive aspect of this viscometer. Unlike traditional direct flow viscometers, where the liquid flows from the bulb through the capillary, the reverse flow viscometer allows the liquid to flow in the opposite direction. This design minimizes potential errors associated with factors such as meniscus formation and gravitational effects, enhancing the precision of viscosity measurements.
The BS/IP designation indicates compliance with specific industry standards or testing procedures, ensuring that the viscometer meets established criteria for accuracy and reliability. This makes the Cannon Fenske Oswald BS/IP/RF U-Type Reverse Flow Viscometer suitable for use in standardized testing environments.
This type of viscometer is commonly employed in laboratories for quality control and research purposes, particularly in industries dealing with petroleum products and other fluids with a wide range of viscosities. Accurate viscosity measurements obtained using the reverse flow viscometer are crucial for ensuring the performance and consistency of fluids in various industrial applications, such as formulation, manufacturing, and quality assurance.
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Top Selling BALAJI INDIA Products Price List for January 2026

Product Name Specifications Expected Price Dispatch Time Discount
BALAJI INDIA Ubbelohde Viscometer for Transparent Liquids with Calibration Certificate, SIZE - 1C Color Transparent | Included Components Calibration Certificate at 40C ₹7,551 11 days --
This data was last updated on 27/01/2026
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