Viscometers - Page 31

Manufacturer: COLE-PARMER Brand: EZ

Easily measure viscosity using an EZ viscosity cup and a stopwatch. Simply fill the cup by immersing it in the test liquid. After withdrawing the cup, measure the time it takes until the first break in the liquid stream. Each cup is supplied with a conversion table to determine viscosity in centistokes (cSt) from the elapsed time. Each stainless steel cup meets dimensions as specified in ASTM D 4212 standards. An easy and economical way to measure viscosity ±3% production tolerance

Manufacturer: Cannon Instrument Brand: CANNON Instrument

For measurement of kinematic viscosity of transparent Newtonian liquids by suspended level principle as described in ASTM D 445 and D 446, and ISO 3104 and 3105. Similar to Cannon-Ubbelohde but less rugged n design. Provided with certificate of calibration and instruction sheet

Manufacturer: Cannon Instrument Brand: CANNON Instrument

The Cannon-Ubbelohde CUC-150 calibrated viscometer has a 7.0 to 35 centistokes (cSt) viscosity measuring range and is suitable for the measurement of transparent Newtonian fluids such as fuels and lubricants. It uses a viscometer constant of 0.035 centistokes per second (cSt/s) for calculating kinematic viscosity. The CUC-series size 150 viscometer uses a 254mm depth water bath (not included) for temperature-control testing and a vacuum (not included) to draw a sample up for timed testing between two sets of printed marks. It includes an ASTM International certificate of calibration. This viscometer is suited for use at temperatures above 93 degrees C (200 degrees F) or below -18 degrees C (0 degrees F) and meets the ASTM International D445 standard for testing viscosity. A viscometer, also called a viscosimeter, is an instrument used to measure the friction caused by the relative motion of a Newtonian fluid and a known surface, and is usually expressed in units of poise (P), centipoise (cP), pascal seconds (Pa s), and millipascal seconds (mPa s). Viscometers have several forms, including but not limited to falling ball, rotational, vibrating, capillary, funnel, and bubble. A falling ball viscometer measures the time it takes for a ball of known diameter and density to fall through fluid in a cylinder of known diameter. A rotational viscometer measures the force required to stir a fluid. A vibrating viscometer measures the power input necessary to keep the oscillator vibrating at constant amplitude while immersed in a fluid. A capillary viscometer has a narrow-bore vertical section with two printed marks that measure time required for a known volume of fluid to fall a known distance. A funnel viscometer, such as a Ford, Zahn, or Shell cup, measures the time it takes a known volume of fluid to flow from the base of a cone through a short tube. A bubble viscometer measures the time required for an air bubble to rise through a fluid. Viscosity measurements are used in laboratories, research and development, process...

Manufacturer: Cannon Instrument Brand: CANNON Instrument

The Cannon-Ubbelohde CUC-75 calibrated viscometer has a 1.6 to 8.0 centistokes (cSt) viscosity measuring range and is suitable for the measurement of transparent Newtonian fluids such as fuels and lubricants. It uses a viscometer constant of 0.008 centistokes per second (cSt/s) for calculating kinematic viscosity. The CUC-series size 75 viscometer uses a 254mm depth water bath (not included) for temperature-control testing and a vacuum (not included) to draw a sample up for timed testing between two sets of printed marks. It includes an ASTM International certificate of calibration. This viscometer is suited for use at temperatures above 93 degrees C (200 degrees F) or below -18 degrees C (0 degrees F) and meets the ASTM International D445 standard for testing viscosity. A viscometer, also called a viscosimeter, is an instrument used to measure the friction caused by the relative motion of a Newtonian fluid and a known surface, and is usually expressed in units of poise (P), centipoise (cP), pascal seconds (Pa s), and millipascal seconds (mPa s). Viscometers have several forms, including but not limited to falling ball, rotational, vibrating, capillary, funnel, and bubble. A falling ball viscometer measures the time it takes for a ball of known diameter and density to fall through fluid in a cylinder of known diameter. A rotational viscometer measures the force required to stir a fluid. A vibrating viscometer measures the power input necessary to keep the oscillator vibrating at constant amplitude while immersed in a fluid. A capillary viscometer has a narrow-bore vertical section with two printed marks that measure time required for a known volume of fluid to fall a known distance. A funnel viscometer, such as a Ford, Zahn, or Shell cup, measures the time it takes a known volume of fluid to flow from the base of a cone through a short tube. A bubble viscometer measures the time required for an air bubble to rise through a fluid. Viscosity measurements are used in laboratories, research and development, process ...

Manufacturer: Huanyu Instrument Brand: Huanyu Instrument

Huanyu Instrument The product usually takes 7--13 business days to arrive to your hand after your order is confirmed . Introduction  It is designed according to ASTM D1200, D333 and D365 standards and widely used to measure the viscosity of paints,inks, lacquers and other liquids.It is made of high quality aluminum with a stainless steel nozzle insert and the capacity is 100ml.  Evaluate the viscosity of the material by measuring the time of a certain amount specimen in the aluminum cup outflows from the stainless steel nozzle in the bottom.  Technical Specification Material: Cup body-aluminum alloy, Nozzle-stainless steel  Volume: 100 ml BEVS 1101/1: 2.1mm(Orifice), 10~35cSt(Viscosity Range),55~100Sec(Flow Time) BEVS 1101/2: 2.8mm(Orifice), 25~120cSt(Viscosity Range),40~100Sec(Flow Time) BEVS 1101/3: 3.4mm(Orifice), 49~220cSt(Viscosity Range),30~100Sec(Flow Time) BEVS 1101/4: 4.1mm(Orifice), 70~370cSt(Viscosity Range),30~100Sec(Flow Time) BEVS 1101/5: 5.8mm(Orifice), 200~1200cSt(Viscosity Range),30~100Sec(Flow Time) Friendly Reminder We will try our best to provide you the best product and service, welcome to buy our product. Please contact us if you have any question,and we will reply it as soon as possible.

Manufacturer: Thermo Scientific Brand: Barnant Model: GV2200

The Barnant GV-2200 falling ball viscometer includes two size #2 balls of different densities for measurement of the dynamic viscosity of transparent Newtonian fluids. It uses a glass ball for the 2.0 to 20 centipoise (cP) range and a 316 stainless steel ball for the 10 to 100cP range. An optional tantalum ball (sold separately) measures the 20 to 200cP range. The viscometer uses a 7mL sample size and the closed system allows testing highly evaporative and hydroscopically deteriorative solutions. It has wetted materials of glass, Viton, and Delrin acetal for corrosion resistance. This falling ball viscometer is suitable for testing a variety of fluids used in laboratories, research and development, process control, and plant quality control applications. A viscometer, also called a viscosimeter, is an instrument used to measure the friction caused by the relative motion of a Newtonian fluid and a known surface, and is usually expressed in units of poise (P), centipoise (cP), pascal seconds (Pa s), and millipascal seconds (mPa s). Viscometers have several forms, including but not limited to falling ball, rotational, vibrating, capillary, funnel, and bubble. A falling ball viscometer measures the time it takes for a ball of known diameter and density to fall through fluid in a cylinder of known diameter. A rotational viscometer measures the force required to stir a fluid. A vibrating viscometer measures the power input necessary to keep the oscillator vibrating at constant amplitude while immersed in a fluid. A capillary viscometer has a narrow-bore vertical section with two printed marks that measure time required for a known volume of fluid to fall a known distance. A funnel viscometer, such as a Ford, Zahn, or Shell cup, measures the time it takes a known volume of fluid to flow from the base of a cone through a short tube. A bubble viscometer measures the time required for an air bubble to rise through a fluid. Viscosity measurements are used in laboratories, research and development, process control, and plan...

Manufacturer: Cannon Instrument Brand: CANNON Instrument

The Cannon-Ubbelohde CUSMC-300 calibrated capillary-style viscometer has a 50 to 250 centistokes (cSt) viscosity measuring range and is suitable for the measurement of transparent Newtonian fluids such as fuels and lubricants. It uses a viscometer constant of 0.25 centistokes per second (cSt/s) for calculating kinematic viscosity of sample sizes as small as 1.0mL. The CUSMC-series size 300 viscometer uses a 240mm depth water bath (not included) for temperature-control testing and a vacuum (not included) to draw a sample up for timed testing between two sets of printed marks. It includes an ASTM International certificate of calibration. This calibrated capillary-style viscometer meets the ASTM International D446 standard for viscometers and the D445 standard for testing viscosity. A viscometer, also called a viscosimeter, is an instrument used to measure the friction caused by the relative motion of a Newtonian fluid and a known surface, and is usually expressed in units of poise (P), centipoise (cP), pascal seconds (Pa s), and millipascal seconds (mPa s). Viscometers have several forms, including but not limited to falling ball, rotational, vibrating, capillary, funnel, and bubble. A falling ball viscometer measures the time it takes for a ball of known diameter and density to fall through fluid in a cylinder of known diameter. A rotational viscometer measures the force required to stir a fluid. A vibrating viscometer measures the power input necessary to keep the oscillator vibrating at constant amplitude while immersed in a fluid. A capillary viscometer has a narrow-bore vertical section with two printed marks that measure time required for a known volume of fluid to fall a known distance. A funnel viscometer, such as a Ford, Zahn, or Shell cup, measures the time it takes a known volume of fluid to flow from the base of a cone through a short tube. A bubble viscometer measures the time required for an air bubble to rise through a fluid. Viscosity measurements are used in laboratories, research and development,...

Manufacturer: COLE-PARMER Brand: Gilmont

This viscometer is extremely easy to use; first fill the tube with sample, then invert tube. Next, restore tube to nornal position, turn the knob to release the ball, and then simply measure the time of descent. The ball moves against a white background with red reference lines making it easy to read. Repeatability with good technique varies from 0.2 to 1.0%, depending upon time of descent. Viscometers require a 7-mL sample volume. Viscometers have wetted materials of glass, Viton®, and Delrin® acetal. PTFE O-rings are available for use with lquids that adhere to Viton®; call our Applications Specialists for more information. Ideal for routine plant quality control checks and research laboratory applications

Manufacturer: Cannon Instrument Brand: CANNON Instrument

The Cannon AIVC-RO-50 Asphalt Institute Vacuum Calibrated Viscometer is a glass capillary viscometer with a range of 180 to 3,200 poise for measurement of viscosity of highly viscous materials such as asphalt cement according to ASTM standard D 2171. The viscometer has a small arm with a capillary calibrated with timing marks, and a permanently attached holder for a hole 51mm/2" in diameter. The holder is chrome-plated machined brass. The viscometer has a minimum sample volume of 3mL. It is for use with a 300mm Hg vacuum system and liquid bath to a depth of 180mm/7.1" (sold separately). The viscometer comes with a certificate of calibration and instructions.CANNON Instrument Company manufacturers viscosity measurement products, including custom viscosity/density standards, and provides testing and certification of samples. The company, founded in 1938 and located in State College, PA, is a National Institute of Standards and Technology delegate for provision of U.S. national standards for viscosity measurement.What's in the Box?CANNON Asphalt Institute vacuum calibrated viscometerCertificate of calibrationInstructions

Manufacturer: BYK-Gardner USA Brand: BYK-Gardner Model: 0624

The BYK-Gardner 0624 replacement bubble viscometer standard tube has a viscosity of approximately 345.2 centistokes (cSt), and is suitable for testing fluids such as resins and varnishes. The 9mL capacity sealed bubble tube standard is lettered N and has a bubble test time of approximately 3.69 seconds. Sample fluid viscosity is determined by comparing bubble rise time to those of bubble tube standards and choosing the closest match. The sealed standard tube has a 15-year shelf life and can be National Institute of Standards and Technology (NIST) recertified. This bubble viscometer standard tube is ASTM International certified and meets the ASTM International D1545 standard for testing viscosity. A viscometer, also called a viscosimeter, is an instrument used to measure the friction caused by the relative motion of a Newtonian fluid and a known surface, and is usually expressed in units of poise (P), centipoise (cP), pascal seconds (Pa s), and millipascal seconds (mPa s). Viscometers have several forms, including but not limited to falling ball, rotational, vibrating, capillary, funnel, and bubble. A falling ball viscometer measures the time it takes for a ball of known diameter and density to fall through fluid in a cylinder of known diameter. A rotational viscometer measures the force required to stir a fluid. A vibrating viscometer measures the power input necessary to keep the oscillator vibrating at constant amplitude while immersed in a fluid. A capillary viscometer has a narrow-bore vertical section with two printed marks that measure time required for a known volume of fluid to fall a known distance. A funnel viscometer, such as a Ford, Zahn, or Shell cup, measures the time it takes a known volume of fluid to flow from the base of a cone through a short tube. A bubble viscometer measures the time required for an air bubble to rise through a fluid. Viscosity measurements are used in laboratories, research and development, process control, and plant quality control applications. Some viscometers are manufa...