Product category:
Liquid Analysis: Viscosity, Density
News Release from: Malvern Instruments
Edited by the Processingtalk Editorial
Team on 14 August 2006
New Malvern resource for capillary
rheometer users
Malvern Instruments has extended the rheology resources available on the company website with a new FAQ section to help both new and existing customers optimise their use of capillary rheometers
Malvern Instruments has extended the rheology resources available on the company website with the addition of a new FAQ section designed to help both new and existing customers optimise their use of capillary rheometers Questions covering basic and advanced features as well as applications of capillary rheometry are answered clearly and concisely
This article was originally published on Processingtalk on 15 Aug 2008 at 8.00am (UK)
Related stories
Malvern continuous powder particle size analysers
Ferrari Granulati (Verona, Italy), a leading supplier of marble granulates and powders, is using a number of different real-time particle size analyzers from the Malvern Instruments range
The FAQ section includes details of the way a capillary rheometer works, the types of sample that can be analysed and how to configure a system for optimum performance.
Issues connected with the measurement of different parameters and the practical applications of measured data are also addressed.
Capillary rheometers are highly valuable for simulating high shear rate conditions.
Conventionally they are associated with polymer processing applications but are used increasingly in the paints and inks, food, ceramics and personal care sectors.
Malvern supplies both floor-standing and bench top systems, meeting all user requirements from research applications to more routine testing. Request free introductory details about products from Malvern Instruments ...
• Malvern Instruments: contact details and other news
• Email this article to a colleague
• Register for the free Processingtalk email newsletter
• Processingtalk Home Page
Search the Pro-Talk network of sites
