Formula 1
Products that are specifically designed and formulated for use in the Formula 1 industry.
-
M1007
Model Board M 1007 is a board and block material with good heat resistance and low coefficient of thermal expansion. Learn More -
M1001
Model Board M 1001 is a board and block material with excellent physical properties, which makes it suitable for many different applications. Learn More -
EP5753 Laminating System Data
ALCHEMIX EP 5753 is an ambient cure epoxy resins system, available with a variety of hardeners for specific applications. Full product properties can be found on the appropriate technical data sheets. Learn More -
EP5753 - H5753HT
ALCHEMIX EP 5753 – H5753HT is an epoxy laminating resin exhibiting high temperature resistance and excellent mechanical properties. ALCHEMIX EP 5753 – H5753HT is ideal for resin infusion, resin transfer moulding (RTM), filament winding, pultrusion and wet lay up applications. The system is formulated to produce high performance composite parts using a wide variety of fibre systems, including carbon fibre, glass fibre and aramid fibre. The system has been formulated to ensure efficient wetting of fibres, eliminating air entrapment, dry spots and porosity in the composite part. Learn More -
EP5753 - H105
ALCHEMIX EP 5753 – H105 is an epoxy system, exhibiting excellent through cure, even at low temperatures. ALCHEMIX EP 5753 – H105 exhibits outstanding mechanical and thermal properties. The system is formulated to produce high performance composite parts using a wide variety of fibre systems, including carbon fibre, glass fibre and aramid fibre. The system has been formulated to ensure efficient wetting of fibres, eliminating air entrapment, dry spots and porosity in the composite part. Learn More -
EP5752 Laminating System Data
ALCHEMIX EP 5752 is an ambient cure epoxy resins system, available with a variety of hardeners for specific applications. Full product properties can be found on the appropriate technical data sheets. Learn More -
EP5752 - H5752HT
ALCHEMIX EP 5752 - H5752HT is an epoxy laminating resin exhibiting high temperature resistance and excellent mechanical properties. ALCHEMIX EP 5752 - H5752HT is ideal for resin infusion, resin transfer moulding (RTM), filament winding, pultrusion and wet lay up applications. The system is formulated to produce high performance composite parts using a wide variety of fibre systems, including carbon fibre, glass fibre and aramid fibre. The system has been formulated to ensure efficient wetting of fibres, eliminating air entrapment, dry spots and porosity in the composite part. Learn More -
EP5752 - H105
ALCHEMIX EP 5752 - H105 is an epoxy system, exhibiting excellent through cure, even at low temperatures. ALCHEMIX EP 5752 - H105 exhibits outstanding mechanical and thermal properties. The system is formulated to produce high performance composite parts using a wide variety of fibre systems, including carbon fibre, glass fibre and aramid fibre. The system has been formulated to ensure efficient wetting of fibres, eliminating air entrapment, dry spots and porosity in the composite part. Learn More -
EP5752
ALCHEMIX EP 5752 is an ambient temperature cure epoxy system, exhibiting outstanding mechanical and thermal properties. The system is formulated to produce high performance composite parts using a wide variety of fibre systems, including carbon fibre, glass fibre and aramid fibre. The system has been formulated to ensure efficient wetting of fibres, eliminating air entrapment, dry spots and porosity in the composite part. Three hardeners are available, allowing the working time and cure speed to be adjusted. Alternative hardeners for specific applications are available. Learn More -
EP574
ALCHEMIX EP 574 / H574 is a two part, ambient temperature cure, epoxy system; exhibiting outstanding mechanical and thermal properties. This system has low mixed viscosity and when cured shows excellent high temperature and physical properties. This system has excellent wetting properties for various fibre systems including glass fibre, aramid fibre and carbon fibre etc. Learn More