10.14.19
In Booth E17, Hall 5 at K 2019, BYK will present BYK-MAX CT 4270. The additive provides an extremely efficient reinforcement strategy for lightweight thermoplastic compounds.
This innovation is part of a new group of thermoplastic additives launched under the trade name “BYK-MAX.” Based on an organo-modified phyllosilicate, it is designed as a functional filler to replace talc, glass fiber or other traditional minerals in TPO-based automobile parts.
With ultra-efficient reinforcement and low dosage, BYK-MAX CT 4270 allows for lower total mineral content, reducing the final compound density and expanding the design window. Ultimately, this leads to significant weight reduction in the final part and dramatically improved scratch and mar profile compared to parts produced with traditional fillers based on talc.
Additionally, the additive improves the final product’s surface appearance, mold flow and dimensional stability.
K 2019 takes place Oct. 16-23 in Düsseldorf.
This innovation is part of a new group of thermoplastic additives launched under the trade name “BYK-MAX.” Based on an organo-modified phyllosilicate, it is designed as a functional filler to replace talc, glass fiber or other traditional minerals in TPO-based automobile parts.
With ultra-efficient reinforcement and low dosage, BYK-MAX CT 4270 allows for lower total mineral content, reducing the final compound density and expanding the design window. Ultimately, this leads to significant weight reduction in the final part and dramatically improved scratch and mar profile compared to parts produced with traditional fillers based on talc.
Additionally, the additive improves the final product’s surface appearance, mold flow and dimensional stability.
K 2019 takes place Oct. 16-23 in Düsseldorf.