Piston / Ball Viscometers
from Saint Clair Systems, Inc.
The Norcross LabPak Viscometer is a simple to use mechanical device which utilizes a piston to measure time-of-fall up to 20 seconds, with accuracy to within .01 second. Capable of measuring changes in viscosity as small as 0.02 CPS, depending upon the water - or solvent - based liquids being... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
- Display & Special Features: Benchtop or Laboratory
- Dynamic Viscosity Range: 0.0200 to ?
from Cambridge Viscosity by PAC
The Model SPL374 is a flow-thru sanitary viscometer that is installed in laboratory and process fluid lines to provide continuous temperature and viscosity tracking. Our technology is based on a simple and reliable electromagnetic concept. Two coils move a piston back and forth magnetically at a... [See More]
- Technology / Test Method: Vibratory / Oscillating Viscometry; Electromagnetic Piston or Falling Ball; Other; Oscillating Piston
- Accuracy: 1
- Dynamic Viscosity Range: 0.2000 to 20000
- Display & Special Features: Temperature Measurement; Process Line Mounted for Continuous Monitoring
from Anton Paar
Lovis 2000 M/ME is a rolling-ball viscometer which measures the rolling time of a ball through transparent and opaque liquids according to Hoeppler's falling ball principle. Measurement requires only 400 µL sample volume. Results are given as relative, kinematic or dynamic viscosity. Lovis... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
- Accuracy: 0.5000
- Dynamic Viscosity Range: 0.3000 to 10000
- Display & Special Features: Temperature Measurement; Benchtop or Laboratory; Video
from AMETEK Brookfield
The H öppler principle is used to measure the viscosity of Newtonian liquid by measuring the time required for a ball to fall under gravity through a sample-filled tube that is inclined at an angle. The average time of three tests is taken; the result is converted into a viscosity value using a... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
- Accuracy: 2
- Dynamic Viscosity Range: 0.5000 to 70000
- Display & Special Features: Benchtop or Laboratory
from Cole-Parmer
bull; Accurate viscosity measurements of transparent Newtonian liquids and gases. • Meet the requirements of DIN 53015 and ISO 12058. • Increase accuracy by connecting a circulating bath for temperature control. The falling ball viscometer is ideal for measuring polymers, inks, solvents,... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
from Saint Clair Systems, Inc.
The Norcross M10 Viscosity Sensor uses the proven "piston time-of-fall" method for measuring viscosities from 0.1 to 1000,000 CPS, operates from vacuum to 7 Bar and has a 2" 150# ASA mounting flange. A suitable replacement for manual viscosity measurement techniques, it can be used in conjunction... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
- Dynamic Viscosity Range: 0.1000 to 1.00E6
from Cambridge Viscosity by PAC
When viscosity tests require the sample material to be tested at specified high temperatures, the VISCOlab 3000 viscometer is the ideal choice. No separate, bulky, slow-responding water bath system is required. The VISCOlab 3000 incorporates an electronic heater and integrated temperature control... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball; Other; Electromagnetically Driven Piston
- Accuracy: 1
- Dynamic Viscosity Range: 0.2000 to 20000
- Display & Special Features: Temperature Measurement; PC Interface / Networkable; Process Line Mounted for Continuous Monitoring
from Cole-Parmer
bull; Ideal for routine plant quality control checks and research laboratory applications. 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... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
- Kinematic Viscosity Range: 0.2000 to 20
from Saint Clair Systems, Inc.
The Norcross M50 Viscosity Sensor installs directly in the main feed line and operates on the piston "time-of-fall" principle to detect changes in the viscosity of liquids such as adhesives, coatings, and inks. Eliminating bypass installation, it can hold viscosity within 0.1 cps, is not affected by... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
- Display & Special Features: Process Line Mounted for Continuous Monitoring
- Dynamic Viscosity Range: 0.1000 to 2000
- Industry / Application: Adhesives; Coatings / Paints
from Cambridge Viscosity by PAC
When you have a process line or simulation system of components that are critical to your operations, you need to know that the viscosity parameters are correct or controlled at all times. You want automated monitoring for continuous, reliable, and accurate measurements, but you also want hands-on... [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball; Other; Electromagnetically Driven Piston
- Accuracy: 1
- Dynamic Viscosity Range: 0.2000 to 20000
- Display & Special Features: Temperature Measurement; Benchtop or Laboratory; PC Interface / Networkable
from Saint Clair Systems, Inc.
Use the M51 Viscosity Sensor with either solvent or water-based applications, such as printing fluid, glue and adhesives. This Inline Sensor mounts directly in the fluid line and can be used with any Norcross Viscosity Controller. [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball
- Display & Special Features: Process Line Mounted for Continuous Monitoring
- Dynamic Viscosity Range: 0.1000 to 2000
- Industry / Application: Adhesives; Coatings / Paints
from Cambridge Viscosity by PAC
The Model SPC/L301 is an in-line process viscometer that is installed in process fluids to provide continuous temperature and viscosity tracking. Our technology is based on a simple and reliable electromagnetic concept. Two coils move a piston back and forth magnetically at a constant force. [See More]
- Technology / Test Method: Electromagnetic Piston or Falling Ball; Other; Electromagnetically Driven Piston
- Accuracy: 1
- Dynamic Viscosity Range: 0.2000 to 20000
- Display & Special Features: Temperature Measurement; Process Line Mounted for Continuous Monitoring