Learn more about our unmatched carbon fiber-based technology platform.
KyronMAX compounds exhibit much higher mechanical strength, than conventional glass and carbon filled systems, at the same fiber percentage loadings. The increased mechanical performance, allows the use of lower filler loadings, increasing the material’s strain, which allows the part to yield and not fracture.
This standard Dynamic Mechanical Analysis (DMA) summary compares material stiffness over an elevated temperature range. As displayed, conventional glass and carbon filled Nylon compounds lose mechanical performance very quickly when exposed to even low elevated temperatures. In comparison, the KyronMAX products demonstrate excellent property retention even in the harshest of temperature regions.
Our KyronMAX® products use a broad range of polymers that excel in demanding high heat and chemical environments. Select your preferred compound to download the full product specifications.
Our global, vertically integrated structure, network of regional facilities and backward integrated value chain, means greater flexibility in your supply chain from materials purchase to prototyping and even part production.
Our KyronMAX® platform features a range of high strength carbon fiber-based composites that allows you to buy-off-the-shelf, top performing materials or customize your own formulation to match your requirements.
Our experts share their metal-to-plastic conversion know-how through innovative new approaches and design engineering advances such as digital twins, high-tech part performance and testing, design collaboration and part integration.
Our soluble printed injection tooling (SPRINT) technology, allows for the development of functional prototypes in just a few days, shortening design timelines and meeting production deadlines faster.
KyronMAX® partnered with a global leader in recreational sports equipment to help them create a breakthrough archery wheel that was not only 21% lighter, but simultaneously strong enough to maintain the high performance standards that customers expected from a top of the line bow.
KyronMAX® worked with a leading bicycle component manufacturer to convert an existing molded magnesium part to a KyronMAX® composite part using the same injection mold tooling. Our proprietary technologies, software and use of KyronMAX® injection moldable materials helped rapidly validate designs and significantly reduced weld-lines, increasing the mechanical strength and load-bearing capabilities of the final component.
Get started by sending us your details and specifications and one of our expert teams will be in touch to discuss how we can help.
