- Address
60 rue auber
Coteau - Malassis
94400vitry sur seine
France
Description
The French Center for Rubber and Polymers (CFCP) is made up of five organizations intended to support the development of the rubber industry in France and Europe.
1) LRCCP / French Rubber and Plastics Research and Testing Laboratory
2) IFOCA ACADEMY / National Institute for Training and Professional Education of Rubber
3) SNCP / French Rubber Manufacturers Association
4) TNPF / Tyres Standardization
The CFCP is a multidisciplinary skills center bringing together nearly eighty engineers, doctors, technicians, lawyers and economists.
The CFCP, through the SNCP, is a member of the ETRMA (European tire and rubber manufacturers ’association) based in Brussels.
French Rubber and Polymer Center
French Rubber and Polymer Center
Contact Person
Fabien BAJARD
Equipment
#LRCCP is specialized on polymer material espacialy rubber.
We have all machines (click here) we need for your mechanical, chemical or digital characterizations of polymers materials especially rubber.
And we have a workshop wich works on rubber or plastic formulation. We also manufacture prototypes.
#IFOCA Academy could provide to you several digital trainings on general or very specialized subjects around rubber ==> Just click here
For all information needs ask us on commercial@lrccp.com
- Equipment Link
- http://www.lrccp.com/en/test-resources-2
Services
•Services around rubber and polymers
–Design assistance
–Testing, certification and approval
–Polymer mechanics
–Physico-chemical analysis
–Long-terme behavior
–Technical support, expertise
–Research & Development (Recycling, smart rubber, material behaviour simulation...)
-Digital training
The skills fields developed by the LRCCP allow it to operate throughout the entire life cycle of rubber and polymer products, from design through to the recovery of end-of-life products, and including manufacturing and maintenance.
- Services Link
- http://www.lrccp.com/en
Activities
Process industry (processing of novel materials, structures, etc.) Additive manufacturing Advanced Materials Environmental materials (e.g. recycling, recourse efficiency, less impact, CO2 capture/ utilisation) High performance materials (strong, light weight, resistant) Smart and multifunctional materials (incl. phase change, shape memory, self-healing, self-manufacturing) Surface engineering and coatings Polymers, bioplastics Biobased plasticsOther activities
rubber formulation
Plastic formulation
rubber caracterizations
Material failure analysis