Superelastic & Biomimetic ? Test your implantable elastomer in vitro
Do you need 10 kg of your super elastomer? Make it cheaper, faster and green with REx
Improve the mechanical stability of the implant by surface structuring
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- In-situ Monitoring of Urethane Polymerization
- In vitro bio-stability of implantable TPU-elastomers
- Functionalization of PU-based materials for orthopedic applications
- Chemical grafting of rubbers
- Silicone-based implant material for IOL
- DI(HYDROXY)POLYISOBUTYLENE
- silane-modified EP(D)M in PEM fuel cells
- bio-stability testing PU-elastomers with structured surface
- Soft-lithography methods in micro injection moulding processes
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- Home
- 5887About us
- 5884Research Lab
- In-situ Monitoring of Urethane Polymerization
- In vitro bio-stability of implantable TPU-elastomers
- Functionalization of PU-based materials for orthopedic applications
- Chemical grafting of rubbers
- Silicone-based implant material for IOL
- DI(HYDROXY)POLYISOBUTYLENE
- silane-modified EP(D)M in PEM fuel cells
- bio-stability testing PU-elastomers with structured surface
- Soft-lithography methods in micro injection moulding processes
- 5824MC-Practical-Lab
- 5818Recently
