Motorsport Composite Prepregs & Tooling

General purpose epoxy system with a max dry Tg of 130°C. High quality, stable product widely used and proven for communications and antenna applications.

Highly toughened with standard 120°C cure and max Tg of 121°C. Excellent for performance against impact and fatigue.

Toughened epoxy system curing 135°C-180°C and providing dry Tgs of 145°C and 205°C respectively. Typically used on monocoque and elevated temperature structures has excellent retention of properties up to 150°C. Supported by extensive database.

Toughened epoxy system with versatile curing (65°C-120°C) and max Tg dry of 143°C. Excellent for prototyping and series production, with good OOA processing capability.

Highly performance toughened epoxy prepreg system with dual cure at 135°C-180°C producing dry Tgs of 165°C and 203°C respectively. Designed for critical structures within the motorsport, high-performance automotive and aerospace markets. Performs excellently with a range of premium fibres and is supported by an extensive database.

Curing 135°C to 200°C, a toughened epoxy system with max dry Tg of 225°C and wet Tg > 160°C. Excellent property retention temperature up to 180°C, with good chemical resistance and typically used for components around the engine and pressure pipes.

Toughened epoxy system with an exceptionally high max dry Tg of 263°C and dry service at ~ 200°C.

Highly toughened with standard 120°C cure and max Tg of 121°C. Excellent for performance against impact and fatigue.

Toughened epoxy system curing 135°C-180°C and providing dry Tgs of 145°C and 205°C respectively. Typically used on monocoque and elevated temperature structures has excellent retention of properties up to 150°C. Supported by extensive database.

Highly performance toughened epoxy prepreg system with dual cure at 135°C-180°C producing dry Tgs of 165°C and 203°C respectively. Designed for critical structures within the motorsport, high-performance automotive and aerospace markets. Performs excellently with a range of premium fibres and is supported by an extensive database.

Toughened epoxy system curing 135°C-180°C and providing dry Tgs of 145°C and 205°C respectively. Typically used on monocoque and elevated temperature structures has excellent retention of properties up to 150°C. Supported by extensive database.

Designed for users making a conscious decision to opt for a greener alternative for performance component applications. Service temperatures of up to 140°C with handling characteristics and viscosity profile optimized for natural fibres reinforcements. A 6-month out life at room temperature further elevates this system’s green credentials whilst also reducing associated frozen storage and shipment costs.

Toughened epoxy system with versatile curing (65°C-120°C) and max Tg dry of 143°C. Excellent for prototyping and series production, with good OOA processing capability.

Rapid deposition and versatile cure 2-part body panel material. Max dry Tg 140°C. Reduced pre-paint preparation with excellent retained stability in surface finish for class A. Can be processed in or out of autoclave. Supplied with a unique range of panel densities, thicknesses and stiffness.

Rapid deposition and versatile cure 2-part body panel material. Max dry Tg of 170°C. Reduced pre-paint preparation, with good surface finish retention. Can be processed in or out of autoclave.

Highly performance toughened epoxy prepreg system with dual cure at 135°C-180°C producing dry Tgs of 165°C and 203°C respectively. Designed for critical structures within the motorsport, high-performance automotive and aerospace markets. Performs excellently with a range of premium fibres and is supported by an extensive database.

Cyanate ester system with a maximum (limited) service temperature of 350°C from 250°C initial cure. Short exposures to 400°C possible.

A multi-purpose component PFA prepreg system able to withstand limited time excursions and abuse temperatures up to 1200°C. Formulated and optimised for multiple fire containment applications, PS200 is an industry leading green technology in battery box structures where thermal runaways can occur. PS200 is suitable for use in the most challenging thermal environments and meets aero industry fire protection and insulation standards ISO 2685 and AC 20-135, Revised 1990.

A versatile fire retardant epoxy component system with a low minimum temperature cure and increased toughness. UL94 V0 certifications on carbon and glass reinforcements.

A multi-purpose component PFA prepreg system able to withstand limited time excursions and abuse temperatures up to 1200°C. Formulated and optimised for multiple fire containment applications, PS200 is an industry leading green technology in battery box structures where thermal runaways can occur. PS200 is suitable for use in the most challenging thermal environments and meets aero industry fire protection and insulation standards ISO 2685 and AC 20-135, Revised 1990.

120°C curing general purpose epoxy adhesive film with max Tg of 140°C.

Versatile cure (65-120°C), general purpose epoxy adhesive film with max Tg of 135°C.

130-150°C curing general purpose epoxy adhesive film with max Tg of 170°C.

Market Expertise

Advanced composite solutions for the Motorsport market

For decades, SHD’s advanced composite prepregs have helped power podiums, championships, and race-winning performance for Formula 1, NASCAR, Le Mans and other elite motorsport teams.

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