High degree of whiteness which enables coloring.Īpplications are not limited to automotive parts such as lamp sockets and water pumps, or various auto electrical components such as HEV/EV PCUs.High weld strength and performance in secondary processes such as screwing and press fitting.Excellent thermal stability, facilitating molding and processing.Low level of ionic impurities which allows it to be applied to fuel cell parts as well as in fields where rigorous electrical properties are required.Greater elongation and impact strength, producing superior toughness.The linear PPS represented as DURAFIDE ® PPS possesses the following characteristics compared with cross-linked PPS: Linear PPS transformed the existing image of cross-linked PPS, and it is now starting to establish firm foundations as a new type of PPS that does not have an issue with brittleness. In the 1980s, Kureha succeeded in developing a PPS with a fully linear molecular structure without any cross-linked structure and in 1987, our company formed a business alliance with Kureha and started market development for this new PPS. However, the material came to be known as a brittle one because of its partially cross-linked structure. Demand grew on account of the resin's high heat resistance. Polyphenylene sulfide (PPS) was first produced commercially by Phillips Petroleum in the United States in 1973. Synergy with Daicel to accelerate the Fuji Plant Restructuring Project
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