Rigid and mobile phases
The ratio of rigid to mobile material gives crystallinity in semi-crystalline polymers, and fractions such as the xylene-soluble part of polypropylene can be read off much faster than by wet methods. Read more →
For plastics, rubber and other polymers, magnetic resonance links molecular mobility to the properties that matter in production.
Contact us← All marketsThe ratio of rigid to mobile material gives crystallinity in semi-crystalline polymers, and fractions such as the xylene-soluble part of polypropylene can be read off much faster than by wet methods. Read more →
The relaxation of a rubber compound reflects how tightly the network is crosslinked, a practical check on vulcanisation and on batch-to-batch consistency. Read more →
Radicals form when polymers are heated, exposed to light or stressed mechanically. EPR shows how fast, tests how well a stabiliser works and helps explain why a part failed. Read more →
Yarns and fibres are made of polymers, but they raise different questions. For finish, dip and fibre structure, see Textile and fibres.
Describe your samples and your question. MSY Consulting runs feasibility measurements, shows you what the technique can and cannot do for your case, and then supports you with demonstrations, on-site help and training until the method is part of your routine.
Send an email describing your instrument and your application, and you will get a reply.
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