Products

EF 14 are Flame Retardant, Highly Toughness and high energy transfer and applied in ballistic, Hard Body Armor.

EF 13 are highly toughened High Tg prepregs that can be cured with autoclave and used in extreme applications. The highest glass transition temperature reached with epoxy products.

CM 15 is a Visual composites, Semi Structural and Fast Isothermally Press Curable, Class A Surface quality for painting, Hot Demoldable, Improved UV and environmental resistance, Improved fiber imprinting resistance

OM11 is a resin structural Low Tg prepreg that specifically customized for fatigue resistance part production in Industry. OM11 prepreg materials can be curable with Autoclave and Press.

OM 13SF is a Sandable surfacing film and autoclave curable, sandable, Class A giving surfacing film.

EF 10 is highly toughened Mid Tg prepreg can be cured with autoclave and used in extreme applications in automotive industry and aviation industry.

EF 12 is above 240 °C. High Tg EF12 resin system is used to produce structural prepregs. Optimized cure methods for these resin systems are Press and Autoclave molding.

CM11 resin is Mid Tg and its prepregs are suitable for hot painting, hot gluing and cataphoresis processes. New resin system not only cures under 3 minutes at 150°C at press under isothermal curing conditions but also hot de-moldable and long out-life of two weeks at ambient temperature. These extreme conditions does not affect the visual Performance of prepreg system with CM11, capable of Class A Surface. Drapability is suitable for press molds and low to medium tack optimized for press curing.

CM14 resin is Mid Tg fast cure press curable prepreg system which is also dicy free formulated against waterspot/whitespot problems. CM14 resin system is especially formulated for cosmetic grade visual carbon look. Drapability is suitable for press molds and low to medium tack optimized for press curing.

CM12 resin is Mid Tg, dicy-free fast cure, hot demoldable isothermal press curable resin system and it is suitable for sanding and metal composite hybrid part production. Drapability is suitable for press molds and low to medium tack optimized for press curing. Performance of prepreg system with CM12, capable of Class A Surface.

Polyamide 6.6(PA6.6) is a is a industrial,Sports,Leisure and automotive.

High crystalline polypropylene(PP) is a industrial,Sports,Leisure and automotive.

OM14 is a fast curing structural prepreg for press curing for the needs of structural parts used in Automotive Industry. Its short curing cycle and hot de-moldable nature are especially optimized for mass production at Automotive Industry with the addition of exceptionally long out life at room temperature. OM14 eliminates the need of Autoclave and Cold storage plus it is especially optimized for mass production. New resin system not only cures under 1-2 minutes at 150°C at press under isothermal curing conditions but also hot de-moldable and long out-life of one year at ambient temperature.

OM13 is a structural resin system. It is translucent when cured.

OM 12 is a glass fiber or carbon fiber reinforced composites offer advantages of high corrosion resistance and high strength-to-weight ratio than traditional wood or steel materials. Kordsa may provide different reinforcement materials including glass or carbon UD, 2D and multiaxial impregnated with epoxy. For the huge size part production, generally vacuum bag only prepregs (OM12) are recommended

OM10 is highly toughened structural Low Tg resin for press and autoclave curing for the needs of structural parts used in Automotive Industry. OM10 prepreg cures at both press and Autoclave with long out-life of 4 weeks at ambient temperature.

CM 11SF is a sandable surfacing film and Fast Isothermally Press Curable Hot Demoldable, Sandable, Class A giving surfacing film.

OM15 is for visual applications. It is translucent when cured without any white washes. It is Low Tg , about 110 °C.

EF 11 is also optimized for press molding and used in extreme applications. The highest glass transition temperature reached with epoxy products.