PEEK, POLYIMIDE, R-POLYMERS
Quality characteristics PI-s – Thermosetting Polyimide films Dexnyl© PI-s Polyimide film is a thermosetting film characterized by its excellent electrical, thermal, physical, and chemical properties over a wide temperature range. The lightweight property of these films makes them superior for
Dexnyl© PEI film is a thermoplastic film characterized by its excellent thermal performance with a continuous use at higher temperatures. The film can maintain mechanical strength and stiffness with low thermal expansion. These films offer high heat resistance, coupled with
Dexnyl© PAI film is a thermoplastic film characterized by its strength and better stiffness especially at temperatures above 150°C. These films compete with both PEEK and polyimide films, whereas PAI has excellent chemical resistance and flammability properties making it ideal
DEXNYL© Composite PEEK-CF is a secondary quality PEEK-carbon fibre composite sheet made of several layers of woven CF-fabric (approx. 60%) in a PEEK matrix. The sheets have small visual and physical defaults! The composite sheets can be heated above their
Entsprechend den unterschiedlichen Anforderungen des Industriemarkts kann die Meldin-Produktfamilie Folgendes bieten: Hohe Temperaturbeständigkeit Hohe chemische Beständigkeit Gute mechanische Eigenschaften, auch bei erhöhten Temperaturen Geringer Verschleiß, lange Lebensdauer – Kontinuierlich einsetzbar bei Temperaturen bis 350°C.
PEEK is a high performance fiber product manufactured through a filament extrusion. Semi- crystalline PEEK has a high tensile strength, is exceptionally resistant to chemicals, and can operate at extreme temperatures. These properties will provide a longer product life, lower
We offer PAI sheet. The unique performance of polyamide-imide (PAI) is the result of converting a thermoplastic into a cross-linked thermoset during a longer curing process. This then has a long-term service temperature of 260 ° C and can also
The unique performance of polyamide-imide (PAI) is the result of converting a thermoplastic into a cross-linked thermoset during a longer curing process. This then has a long-term service temperature of 260 ° C and can also be far into the
Qualitätsmerkmale Die Meldin®-Halbzeug-PI-Produkte von Saint-Gobain werden im Formpressverfahren (CM) oder im Direktformverfahren (DF) hergestellt. Die im CM-Verfahren hergestellten Halbzeuge weisen aufgrund der höheren PI-Pulververdichtung relativ höhere mechanische Eigenschaften auf. Entsprechend den unterschiedlichen Anforderungen des Industriemarkts kann die Meldin®-Produktfamilie von Saint-Gobain
POLYIMID Filamente bieten einzigartige thermische und mechanische Eigenschaften. Es kann verwendet werden, um technische Textilien mit hoher Hitzebeständigkeit zu weben und dabei volle Flexibilität zu bieten.