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Pre-impregnated with premium resins are synthetic polymer-reinforced fibres known as Thermoset prepregs. In comparison to conventional metallic solutions, these materials stay incredibly light while becoming exceptionally robust and durable when heated.
Composite reinforcements such as fibreglass, carbon fibre, aramid, etc. that have already been pre-impregnated with thermoplastic resin are known as thermoplastic prepregs. PP, PET, PE, PPS, and PEEK are examples of resins frequently used in thermoplastic prepregs.
Prepregs are frequently utiliZed by skilled fabricators who want to reduce the weight of their part. Aerospace, racing, sporting goods, pressure vessels, and commercial products are among typical applications. Fabricators with knowledge of hand layup and vacuum bagging typically employ prepregs.
The Global airframe thermoset prepregs market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
High-performance Tenax Carbon Fibres that have been impregnated with various thermoset resin types form the basis of the Tenax Thermoset Prepregs airframe. They are able to provide a wide selection of thermoset polymers for use in aeronautical applications at low or high temperatures.
Tenax Thermoset Prepregs are available in a variety of shapes, including unidirectional, woven, and nonwoven, and they can be applied manually or automatically with tape laying and fibre placement.
We also provide aramid-based prepregs with fibres from our sister firm Teijin Aramid and all other commercially available fibre materials in addition to our carbon fibre-based prepregs.
Tenax Thermoset Prepregs have a variety of uses, from custom high performance aircraft materials to standard items like golf shafts and fishing rods. Modern Tenax Prepregs are currently produced in Vietnam, the USA, and Japan.
These goods are frequently used in both military and commercial jet engines. Film- and paste adhesives are included in the high temperature product line along with infusion resins.
Benefits comprise performance at high temperatures up to 345 °C, service superior hot/wet performance for applications including airframes and propulsion exceptional resistance against damage at high temperatures, Excellent chemical and solvent resistance, reach compliance, and non-ITAR.
