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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EP425
ALCHEMIX EP 425 is an aluminium filled, two part epoxy casting system formulated for high temperature applications, such as vacuum forming tools. ALCHEMIX EP 425 is formulated to have fast cure with minimal shrinkage, and is highly polishable. Heat stability up to of 160°C can be achieved with post curing. 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 -
EP4350
ALCHEMIX EP 4350 is a glass fibre reinforced epoxy laminating paste for use as a back filling compound in combination with GELCOAT EP 4062 and ALCHEMIX EP 4062C coupling coat. After mixing both components a very smooth consistency is achieved with good and easy to spread characteristics. ALCHEMIX EP 4350 is formulated for use in RIM tools, moulds for pre-pregs and applications requiring high heat resistance. Learn More -
EP4352
ALCHEMIX EP4352 is enriched with long glass fibre strands, and special fillers in a low-density epoxy resin specially formulated. After mixing both components a very smooth consistency is achieved with good and easy to spread characteristics. Used as a back filling compound to support Rigid Gelcoats and flexible casting compounds. Learn More -
EP4385
Two-part iron reinforced slump resistant epoxy repair system. Learn More -
EP4387W
ALCHEMIX EP 4387W is a readily pigmentable, two component epoxy putty formulated for applications such as: repair, maintenance, construction, model making and pattern making. ALCHEMIX EP 4387W is easily mixed and applied by hand and ALCHEMIX EP 4387W will bond to most substrates (metals, most plastics, rubber, ceramics, concrete, brick, wood etc) and cures at room temperature to give a tough and durable material. Once cured, the material can be machined, drilled, tapped, turned, filed, sawn, sandpapered or painted Learn More -
EP4400 / H78
ALCHEMIX EP4400 is a two part Epoxy resin system formulated to cure to a high gloss surface under extreme conditions. The cured resin exhibits outstanding electrical characteristics, high level of flame retardancy and good chemical resistance. The very low exotherm during cure enables both large and small volume mixes with only minimal shrinkage. The product is approved to UL94 V-0.
*UL94-VO Yellow certificate number E213605
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EP4401 / H79
ALCHEMIX EP4401 is a two part Epoxy resin system formulated to cure to a high gloss surface under extreme conditions. The cured resin exhibits outstanding electrical characteristics and a high level of flame retardancy. Learn More -
EP4410 / H78
ALCHEMIX EP4410 is a two part Epoxy system formulated to cure to a high gloss surface under extreme conditions. The cured resin exhibits outstanding electrical characteristics and a high level of flame retardancy. The very low exotherm during cure enables both large and small volume mixes with only minimal shrinkage. A very low resin viscosity and surface tension facilitate easy mixing and rapid de-Airing from the mixed resin system Learn More -
EP4420
ALCHEMIX EP 4420 is a specially formulated two part system for processing and curing at high temperatures. This uniquely formulated system is totally VOC free and uses anhydride based hardener which gives long working time at ambient temperatures and thoroughly cures at elevated temperatures. It is optimally filled with suitable minerals to give high thermal conductivity, low coefficient of thermal expansion and flame retardancy equivalent to UL94-V0 standards. This product has excellent adhesion to substrates like metals and has superior temperature cycling resistance. Learn More