Viscometers - brookfieldengineering.com
Brookfield's laboratory viscometers have earned a reputation for delivering precise viscosity measurements across a wide range of applications. From quality control in manufacturing to R&D in the lab, our instruments are engineered to provide accurate, consistent results.
Learn about Viscosity and Viscometry | AMETEK Brookfield
Explore AMETEK Brookfield Customer Learning Center to learn about viscosity, materials flow behavior, importance of conducting rheological measurements, and more.
Shop for AMETEK Brookfield Viscometer | Best performing
AMETEK Brookfield’s viscometers known for precision, flexibility & ease-of-use. Innovation in viscosity measurements for material characterization & quality control.
Shop from AMETEK Brookfield | Viscosity measurements, …
Browse Brookfield Instruments designed with innovation for measuring viscosity, texture, rheology, powder flow, moisture, toxic gas and more. Shop online today.
DVPlus Viscometer
DVPlus is AMETEK Brookfield's latest viscometer with unique Bluetooth connectivity and other best-in-class features. Expect accuracy, repeatability, and fast response time. Accurate Viscosity Measurement
Viscometer Springs for Accurate Viscosity Measurement
AMETEK Brookfield’s viscometers are equipped with internal springs designed to accurately calculate the viscosity of a wide range of materials. Each spring type is tailored to measure specific viscosity levels, ensuring precise results for various applications. Spring Types and Their Applications: LV (Low Viscosity): Ideal for measuring the ...
All Brookfield Viscometers are accurate within ±1.0% of the range in use and have a reproducibility within ±0.2%. Test results can be duplicated anywhere in the world when the same model instrument is used. This chart shows the Brookfield family of Laboratory Viscometers and Rheometers at a glance.
Why Choose Brookfield for Viscosity
Brookfield Process Viscometers have been at work for years in various applications (printing, oil/gas well fracturing, gelatin capsule manufacturing, food processing, etc.) providing continuous on-line measurement and control.
What is viscosity? Why is it important for fluids characterization?
Feb 13, 2023 · Viscosity is the measure of a substance's resistance to motion under an applied force – as per the definition. Viscosity = shear stress/shear rate. The result is typically expressed in centipoise (cP), which is the equivalent of 1 mPa s (millipascal second).
hardware may be used to solve viscosity measurement problems; by explaining the basic principles of rheology and their relation to measurements made with Brookfield equipment; by discussing factors that affect rheological behavior and how these may be controlled; by outlining advanced mathematical procedures for detailed analysis of viscosity data;