ALCHEMIX GELCOAT EP 401 is a two component, iron filled, brushable, room temperature curing surface coat. GELCOAT EP 401 is designed for use in polyurethane foam moulds, resin injection moulds, foundry patterns and vacuum forming tools.

ALCHEMIX GELCOAT EP 402 is a two component, mineral filled, brushable, room temperature curing surface coat. Also available in blue.

ALCHEMIX GELCOAT EP 402B is a two component, mineral filled, brushable, room temperature curing surface coat. Also available in White.

ALCHEMIX GELCOAT EP 404 is a two component, silicon carbide filled, brushable, room temperature curing surface coat. The product has a high abrasion resistance and cannot be machined.

ALCHEMIX GELCOAT EP 4060 is a two component, aluminium filled, brushable, room temperature curing surface coat. GELCOAT EP 4060 is designed for applications requiring high heat and chemical resistance and negatives where very fine surface finishes are required.

ALCHEMIX EP 4060C is a two component, unfilled, thixotropic epoxy resin system for use with GELCOAT EP 4060 and ALCHEMIX EP 4350 laminating paste.  ALCHEMIX EP 4060C is specifically formulated for high temperature applications.

ALCHEMIX GELCOAT EP 407 is a two component, dolomite filled, brushable, room temperature curing surface coat. The gelcoat EP407 has high heat resistance, good edge stability, it can be repaired and polished to a smooth finish.

ALCHEMIX GELCOAT EP 4093 is a colourless, two component, brushable, room temperature curing surface coat. GELCOAT EP 4093 is designed for use in vacuum forming moulds, applications requiring high heat resistance and negatives where very fine surface finishes are required.

ALCHEMIX EP 420 is a two component, metal filled, room temperature curing epoxy resin for production of prefabricated support frames, vacuum forming tools and as a back-filling compound for high temperature applications.

ALCHEMIX EP 421 is an extremely high performance castable, two-component, aluminium filled epoxy resin system. The cured system is formulated for the combination of high strength, high glass transition temperature, and thermal properties needed for injection moulding applications. ALCHEMIX EP 421 can produce injection moulds capable of moulding high quality prototype and short-run production parts. The moulds can be built from existing parts and models such as SLA, machined modelboard or other patterns.

• Foundry Patterns & Core Boxes
• R.I.M. Tooling
• R.T.M. Tools
• Vacuumforming and Thermoforming

• Composites
• Cosmetic Carbon Fibre
• Jigs & Fixtures
• Master Patterns
• Mould Making

• Cases for Ceramics
• Composites
• Master Patterns
• Negatives and First Reproductions

• Checking Fixtures
• Foundry Patterns & Core Boxes
• Jigs & Fixtures
• Sheetmetal Forming

• Composites
• R.I.M. Tooling
• R.T.M. Tools
• Resin Infusion
• Vacuumforming and Thermoforming

• Composites
• R.I.M. Tooling
• R.T.M. Tools
• Vacuumforming and Thermoforming

• Composites
• Hand Lay Up / Laminating
• Master Patterns
• R.I.M. Tooling
• R.T.M. Tools

• Carbon Prepreg Tooling
• Composites
• Cosmetic Carbon Fibre
• Hand Lay Up / Laminating

• Hammer Form Tools
• Jigs & Fixtures
• Master Patterns
• Sheetmetal Forming

• Plastic Injection Mould Tools

Download EP 401 Technical Data ( pdf )

Download EP 402 Technical Data ( pdf )

Download EP 402B Technical Data ( pdf )

Download EP 404 Technical Data ( pdf )

Download EP 4060 Technical Data ( pdf )

Download EP 4060C Technical Data ( pdf )

Download EP 407 Technical Data ( pdf )

Download EP 4093 Technical Data ( pdf )

Download EP 420 Technical Data ( pdf )

Download EP 421 Technical Data ( pdf )