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The new Brookfield PFT Powder Flow Tester delivers quick and easy analysis of powder flow behavior in industrial processing equipment. It is ideal for manufacturers who process powders daily and want to minimize or eliminate downtime and expense that can occur when hoppers discharge erratically or fail to discharge altogether.

More Products from Brookfield Engineering Laboratories, Inc.

 
Brookfield Engineering’s CT3 Texture Analyzer is the most powerful, lowest cost, stand-along Texture Analyzer ever produced. This instrument features the traditional Compression Mode and Tension...Read More
The R/S Plus series is available with enhanced encoder for increased measuring and control capabilities while maintaining sophisticated rheological analysis - all at an affordable price. The R/S...Read More
The DV-II+Pro EXTRA Viscometer with an Extraordinary value in times like theses when every dollar counts! The DVII+Pro most popular and versatile viscometer and added something EXTRA – all their...Read More
When it comes to viscosity testing and characterization, the numerous formulations and complex instructress of automotive paints and coatings pose a real challenge. And when choosing an instrument,...Read More
With Multi-Speed Electronic Drive

The original Brookfield Dial Reading Viscometer is the lab standard used around the world.

Now it's improved with a multi-speed electronic drive...Read More
Low Cost and Easy-to-Use

The DV-E combines economy and ease of operation with traditional Brookfield excellence. The Brookfield DV-E has set a world standard for value in viscosity...Read More
A Sophisticated Rheometer With Easy-To-Use Intuitive Controls

The Brookfield DV-III Ultra is our most powerful and versatile instrument. Combining the sophisticated features of a viscosity...Read More
Our low cost continuous sensing Digital Viscometer now with timed measurement function

A continuous sensing capability for rapid viscosity measurement makes this economical digital...Read More
The YR-1 is a revolutionary, simple-to-use, low-cost alternative to complicated, full-featured laboratory rheometers.It's designed to be used right on the production floor by your technicians. Simply...Read More
Brookfield Engineering recommends that you return your instrument to Brookfield or an authorized dealer on an annual basis for our Calibration and Certification Service. Please call for a Return...Read More

Related Research You May Be Interested In

Viscosity Standards: Mixing For The Right Blend
Food and beverage manufacturers run viscosity tests on all kinds of products, ranging from relatively thin water-like juices and soft drinks, to sauces with variable flow behavior, thick creams and ...Read More
Food and beverage manufacturers run viscosity tests on all kinds of products, ranging from relatively thin water-like juices and soft drinks, to sauces with variable flow behavior, thick creams and pasty icings. Measurement of viscosity is necessary for QC purposes, certainly for the final product before shipment to the customer, but also at times in process to make sure that the evolution of the mixture is progressing correctly.

The popular workhorse in most QC labs is the rotational viscometer. (See Figure 1) This instrument can measure a broad viscosity range, depending on choice of spindle and rotational speed. Manufacturers with an array of products find this flexibility helpful, because they can use the same instrument for more than one item. Diligent use of the viscometer ensures that customer acceptance specs will always be satisfied, at least for anticipated flow behavior.

WEIGHING FOR EFFECT or PLANNING FOR SHRINKAGE
Food manufacturers of powder-based products must consider both weight and volume when packaging their goods. Use of a weight measurement ensures that each package provides the guaranteed portion due ...Read More
Food manufacturers of powder-based products must consider both weight and volume when packaging their goods. Use of a weight measurement ensures that each package provides the guaranteed portion due the customer. Volume of the product during the fill process, however, is oftentimes greater than the perceived amount in the bag once in the customer’s hands. This is due to consolidation of the powder which takes place in the intervening time period.

How do manufacturers know what this shrinkage factor will be? And will it cause a problem for the customer if they think that they are being cheated?

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