DSM and NHU partner to produce PPS compounds

Products, which are branded Xytron PPS, are marketed globally and targeted principally at automotive, electrical and electronics, water management and industrial markets. DSM will be marketing the product globally, including China. The PPS polymer plant operated by NHU uses proven technology to provide high quality base polymer for the compounds. The joint venture will take over NHU’s existing compounding capacity.

For its part, DSM brings its expertise in application development and materials science, as well as access to its global customer network. “Xytron PPS compounds will further enhance DSM’s offering in the high temperature performance engineering plastics space, adding to our leadership positions with Stanyl polyamide 46 and our ForTii polyamide 4T,” says Roeland Polet, President DSM Engineering Plastics. “They also complement our offerings in Akulon polyamide 6 and 66, and in Arnite and Arnitel thermoplastic polyesters for engineering applications.” “We now have a strengthened portfolio of solutions for customers operating in key markets. Strategic customers have welcomed the addition of PPS to our portfolio and are eager for us to develop new materials and applications.”

DSM NHU Engineering Plastics (Zhejiang) Co Ltd. is initially offering two standard commercial grades. These are Xytron G4010T, containing 40% glass fiber reinforcement, and Xytron M6510A, which contains 65% glass fiber and mineral filler. Recently DSM has added to its portfolio a 30% glass reinforced grade and a 40% glass reinforced low chlorine grade (especially important for electronic applications) which are currently being evaluated by customers. Grades under development include types with enhanced wear resistance and low friction, with high flow/low flash, and with increased impact strength. In the run-up to the official inauguration, the joint venture has already captured business in three important applications in both China and Europe, with materials currently being evaluated by numerous customers, including key automotive OEMs and Tier Ones. One of the three products already commercialized is an engine block heater for electric generators, which is required to operate in continuous contact with water at temperatures between 35 and 50°C.