Products

PRF Composite Materials RP800 is an epoxy tooling prepreg system capable of withstanding temperatures up to 190°C after full post cure. RP800 is available in carbon and glass woven fabrics from 200 - 800 g/m2 impregnated with epoxy resin. RP800 prepreg allows high quality tooling laminates to be produced directly from a low temperature master model permitting a wide choice of master model materials. Using a low temperature vacuum bag and autoclave process for inital cure, the tool laminate can then be demoulded for freestanding post cure.

PRF Composite Materials RS-M135 is an ultra low viscosity laminating system formulated for use in the manufacture of composite components from glass, carbon and aramid fibers. The system is suitable for components requiring high static and fatigue strength properties using injectin molding (e.g. RTM), vacuum infusion and pultrusion processes. At 25°C the mixed viscosity is approximately 200 mPa s and may be lowered further to a value of 100 - 150 mPa s by warming the resin (see page 5), thus even complicated parts with long flow paths can be injected without difficulty. With a mold temperature of around 30°C, the temperature rise with hardener RS-MH137 remains very slight, allowing thicker parts to be built at elevated temperatures.

PRF Composite Materials RP801 is an epoxy tooling prepreg system capable of withstanding temperatures up to 190°C after full post cure. RP801 is available in carbon and glass woven fabrics from 200 - 800 g/m2 impregnated with epoxy resin. RP-801 prepreg allows high quality tooling laminates to be produced directly from a low temperature master model permitting a wide choice of master model materials. Using a low temperature vacuum bag and autoclave process for inital cure, the tool laminate can then be demoulded for freestanding post cure.

PRF Composite Materials RP803 is formulated to provide an initial cure cycle of either 12 hours at 60°C or 6 hours at 70°C and extended out life of 9 days at 20°C. The system is capable of withstanding temperatures up to 190°C after full post cure. RP803 is available in carbon and glass woven fabrics from 200 - 800 g/m2 impregnated with epoxy resin. RP803 prepreg allows high quality tooling laminates to be produced directly from a low temperature master model permitting a wide choice of master model materials. Using a low temperature vacuum bag and autoclave process for inital cure, the tool laminate can then be demoulded for freestanding post cure.

PRF Composite Materials RS-L135 exhibits good mechanical properties after curing at room temperature. If high temperature strength is not required, finished products made with the selection of hardeners up to RS-H136 may be used without further heat treatment. Post curing (heat treatment) will further enhance the mechanical properties and will also increase the heat resistance.

PRF Composite Materials RP802 is an epoxy tooling prepreg system capable of withstanding temperatures up to 190°C after full post cure. RP-802 is available in carbon and glass woven fabrics from 200 - 800 g/m2 impregnated with epoxy resin. RP-802 prepreg allows high quality tooling laminates to be produced directly from a low temperature master model permitting a wide choice of master model materials. Using a low temperature vacuum bag and autoclave process for inital cure, the tool laminate can then be demoulded for freestanding post cure.

PRF Composite Materials RS-L285 has very low mixed viscosity, ensuring a fast and complete impregnation of reinforcement fibers without drainage on vertical surfaces. The addition of fillers such as colloidal silica, microballoons, metal powder etc., is also acceptable to obtain special properties. The RS-L285 epoxy resin system exhibits good mechanical properties after curing at room temperature. If high temperature strength (≥ +60°C) or aircraft approval is not required, finished products made with the selection of hardener RS-H285 may be used without further heat treatment. Post curing (heat treatment) will further enhance the mechanical properties and will also increase the high temperature strength, up to 100°C being achievable depending on the selected hardener and post cure cycle used. The properties indicated in this document may only be achieved by curing/post-curing above 50°C.