High performance injection molding materials
Injection molding material selection is very important, as it is an essential part of the entire injection molding process. In fact the material impacts on key elements of a projects such as the performances, the dimensional accuracy and durability.
With long-term experience in the engineering of advanced composite materials for Additive Manufacturing, CRP Technology has recently developed a new range of sustainable reinforced materials for Injection Molding process: the Windform IMG.
Windform IMG features
High Performance Reborn materials
With a thermoplastic matrix based on PA nylon and reinforced with carbon or glass fibers, these materials are 100% recycled from high quality unsintered materials.
Windform IMG range of materials for Injection Molding guarantees the production of parts with high mechanical performances and utmost dimensional stability.
Strong commitment to sustainability and circular economy
With Windform IMG range of composite materials for injection molding CRP Technology closes the gap between prototype and industrial production phase while ensuring that highest mechanical performances are preserved from development to production.
Furthermore, the use of Windform IMG accomplishes the reduction of carbon footprint as they are 100% recycled materials.
Combine additive manufacturing and injection molding in Windform and get the most of both technologies
We have created high performance sustainable granules for injection molding, PA based, and reinforced with carbon or glass fiber reborn from Premium Windform materials to let you maintain the same peculiar mechanical properties throughout your whole production process.
This enables you to choose the best material for your demanding applications selecting and mixing both additive manufacturing during the prototyping and pre-serie phases and injection molding for large scale production. Staying ahead of the competition is easier and safer.
Discover Windform IMG materials
100% reborn PA12 based Carbon-filled composite with excellent stiffness