Leading rheologist joins Malvern team

Published: 13-Nov-2008

A member of Malvern Instruments" novel measurement group has been appointed as lead rheologist at the company.


A member of Malvern Instruments" novel measurement group has been appointed as lead rheologist at the company.

Dr Samiul Amin joins the company from Unilever (Port Sunlight), where he provided the technical lead on the application of rheology in product development. Amin will work in two main areas: the development of new rheological solutions that exploit the high performance of the new Kinexus platform, and research into next generation rheology techniques. His role will include collaborative projects with industrial research and development groups, and leading academics.

Amin is a member of the both the Society of Rheology and the British Society of Rheology, Samiul Amin currently serves on the Royal Society of Chemistry/Society of Chemical Industry joint colloid committee. He is a chemical engineer by background with postdoctoral research experience at the highly regarded University of Fribourg (Switzerland). His area of specialisation is the rheology and microstructure of complex and nanostructured fluids.

Steve Carrington, rheology product manager at Malvern, said: "This is an exciting time for rheology at Malvern. In Kinexus we have a groundbreaking instrument that will meet the needs of the rheology community now and into the future. Working alongside our team of material characterisation experts, Samiul will use Kinexus to develop intelligent rheological solutions for applications across a broad range of industries. He will also help drive a strong forward-looking programme, ensuring that Malvern rheology continues to provide the best measurement solutions for real applications."

Kinexus is a new rotational rheometer platform that has been designed entirely from the ground up. It enables users to spend less time learning how to interact with their system and more time investigating ways to characterise and enhance a material's performance.

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