Epoxy Resin
Epoxy resins are ideally suited to applications requiring high strength, temperature resistance or chemical resistance. Alchemie manufacture an extensive range of two component epoxy systems for applications such as composites manufacture, tooling and mould making.
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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 - 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 -
EP4820 / H103
ALCHEMIX EP 4820 is a low viscosity Epoxy resin system, that gives excellent chemical resistance especially against diesel fuel. It can be used at elevated temperatures and below freezing. Learn More -
EP4701 / H82
ALCHEMIX EP4701 is a low viscosity Epoxy resin that has a low thermal expansion, very good crack resistance and good thermal cycling. Learn More -
EP426
ALCHEMIX EP 426 is an aluminium filled, two part epoxy casting system formulated for high temperature applications, such as vacuum forming tools. ALCHEMIX EP 426 is formulated to have fast cure with minimal shrinkage, and is highly polishable. The low mixed viscosity ensures excellent detail reproduction. A slow hardener is available for very large or deep castings. Learn More