09.03.2016 • News

Covestro and Nanodax to Develop Glass Wool-PC Composites

German engineering plastics producer Covestro, the former Bayer MaterialScience has signed an agreement with Japan’s Nanodax to develop glass wool-reinforced polycarbonate composites.

Glass wool has a small diameter and is more flexible than the glass fibers conventionally used to reinforce composites with polymers such as PC, and Covestro said Nanodax has developed new technology using the wool as a reinforcing filler.

Both companies said they see good prospects for using reinforced plastics in automotive, IT and electronics applications. They are particularly aiming at application areas in surface appearance and material processing.

Michael Schmidt, Covestro’s head of business development for polycarbonates Asia-Pacific, said cost reduction for customers is expected through an optimized injection molding process.

Joint development work will be performed mainly at Covestro’s Polymer Research & Development Center in Shanghai, China.

Separately, under the trade name Makrolon TC8030, Covestro has launched a thermally conductive grade of its PC specially designed for use in light emitting diode (LED) applications.

The German polymer producer said the material has been shown to effectively dissipate the heat generated by LEDs and has potential in a new generation of cooling elements.

Article

The State of the US Specialty Chemicals Industry
Reshaping Specialty Chemicals Manufacturing

The State of the US Specialty Chemicals Industry

SOCMA's Jenn Klein examines how specialty chemical manufacturers — the invisible backbone behind pharmaceuticals, electronics, agriculture, and energy — are navigating supply chain shifts, policy uncertainty, and constant change while remaining resilient, disciplined, and focused on execution.

Book

Innovation Management in Sustainable Chemistry

Innovation Management in Sustainable Chemistry

Comprehensive resource on sustainable chemistry, bridging the skill gap between academic science education and innovation and entrepreneurship

most read