Non-Newtonian Liquid Viscometers

Dynatrol ® Viscosity Systems provide fast, precise viscosity measurement for use on a wide variety of process industry applications: plastics, chemicals, inks, paper, oils, paints, shampoos, adhesives, coatings, foods, etc. The Dynatrol viscometer utilizes a unique vibratory principle to provide... [See More]

• Industry / Application: Adhesives; Cosmetics; Coatings / Paints; Chemical Processing; Food and Beverage; Non-Newtonian; Petroleum; Plastics
• Technology / Test Method: Vibratory / Oscillating Viscometry; Other; Unique Vibratory Principle

• Dynamic Viscosity Range: 1 to 100000
• Display & Special Features: Temperature Measurement (optional feature); Benchtop or Laboratory (optional feature); PC Interface / Networkable; Process Line Mounted for Continuous Monitoring; SPC or Application Software

Brookfield offers a completely digital calculating Krebs Unit Instrument with all the reliability you'd expect in Brookfield instrumentation...now with relative centipoises display. Features And Benefits. Continuous sensing and display in Krebs units, grams, and centipoise. Allows rapid sample... [See More]

• Industry / Application: Adhesives; Cosmetics; Coatings / Paints; Chemical Processing; Food and Beverage; Non-Newtonian; Petroleum; Pharmaceutical; Pulp and Paper
• Accuracy: 1

• Dynamic Viscosity Range: 40 to 141
• Technology / Test Method: Rotational

The Cambridge Viscosity VISCOlab 4000 shares the same sensor as the VISCOlab 450, but with advanced electronics and software that enable significant additional versatility and capabilities. While the VISCOlab 450 is designed for single-range requirements, the VISCOlab 4000 is a small sample... [See More]

• Industry / Application: Non-Newtonian; Laboratory
• Accuracy: 1

• Dynamic Viscosity Range: 0.2000 to 10000
• Technology / Test Method: Electromagnetic Piston or Falling Ball; Other; Electromagnetically Driven Piston

Dynatrol ® Viscosity Stand Alone package provides a solution when an in-line viscometer is either not practical or is not desired. Can be Valve-Isolated from Process Stream for Cleaning, Calibration, etc. 1/2" NPT Inlet and Outlet Process Connections. Integral Temperature Measurement via... [See More]

• Industry / Application: Adhesives; Cosmetics; Coatings / Paints; Chemical Processing; Food and Beverage; Non-Newtonian; Petroleum; Plastics
• Technology / Test Method: Vibratory / Oscillating Viscometry; Other; Unique Vibratory Principle

• Dynamic Viscosity Range: 1 to 100000
• Display & Special Features: Temperature Measurement (optional feature); PC Interface / Networkable; Process Line Mounted for Continuous Monitoring; SPC or Application Software

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]

• Industry / Application: Cosmetics; Coatings / Paints; Chemical Processing; Food and Beverage; Non-Newtonian; Petroleum; Pharmaceutical; Plastics; Soap
• Accuracy: 2

• Dynamic Viscosity Range: 0.5000 to 70000
• Technology / Test Method: Electromagnetic Piston or Falling Ball

The VISCOlab PVT viscometer is designed for elevated pressure and temperature measurement in research & development, reservoir fluid and core sample analysis, and supercritical fluid studies. This high pressure/high temperature viscometer requires less than 6 ml of sample per measurement and... [See More]

• Industry / Application: Non-Newtonian; High Pressure Oil / Fluids
• Accuracy: 1

• Dynamic Viscosity Range: 0.0200 to 10000
• Technology / Test Method: Electromagnetic Piston or Falling Ball; Other; Electromagnetically Driven Piston

The VTE ® includes viscosity indication and control in one complete package and is widely used on line in the printing and coatings industries for automatic addition of solvents. The new look and easier-to-use controls makes the VTE a modern, economical option for in-line viscosity control. [See More]

• Industry / Application: Adhesives; Cosmetics; Coatings / Paints; Chemical Processing; Food and Beverage; Non-Newtonian; Petroleum; Pharmaceutical; Pulp and Paper
• Accuracy: 1

• Dynamic Viscosity Range: 10 to 4000
• Technology / Test Method: Other

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]

• Industry / Application: Non-Newtonian; Lube Condition Monitoring (Oil Analysis)
• Accuracy: 1

• Dynamic Viscosity Range: 0.2000 to 20000
• Technology / Test Method: Electromagnetic Piston or Falling Ball; Other; Electromagnetically Driven Piston

The TT-100 ® In-Line Viscometer is designed to provide years of trouble-free service in closed loop systems which require constant monitoring and associated control of product viscosity. Features And Benefits. Continuous measurement eliminates need for "Grab" sampling and allows for prediction... [See More]

• Industry / Application: Adhesives; Cosmetics; Coatings / Paints; Chemical Processing; Food and Beverage; Non-Newtonian; Petroleum; Pharmaceutical; Pulp and Paper
• Accuracy: 0.5000

• Dynamic Viscosity Range: 10 to 500000
• Technology / Test Method: Rotational

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]

• Industry / Application: Non-Newtonian; Lube Condition Monitoring (Oil Analysis)
• Accuracy: 1

• Dynamic Viscosity Range: 0.2000 to 20000
• Technology / Test Method: Electromagnetic Piston or Falling Ball; Other; Electromagnetically Driven Piston