Foundry Patterns & Core Boxes
Products that are specifically designed and formulated for Foundry Patterns and Core Boxes.
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M640
Model Board M 640 is a medium density board and block material with very fine structure and smooth, paintable surface. It is easy to varnish and has excellent processing properties. Easy to machine and can be worked by hand. Learn More -
M550
Modelboard M550 is a board and block material made from recycled polyurethane. Learn More -
M540
Model Board M 540 is a board and block material with medium/low density and fine, homogeneous surface for general mould making applications. Models Board M 540 is conveniently machinable and can also be processed manually. Tooling board, chemiwood. Learn More -
M1300
Model Board M 1300 is a high density board and block material with especially high compressive strength, flexural strength and abrasion resistance. Learn More -
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 -
EP4905
ALCHEMIX EP4905 is a two part system formulated for casting applications. The mix has a low exotherm and shrinkage. The low mixed viscosity ensures excellent detail reproduction. The cured resin is easily polished and machined. Learn More -
EP404
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. Learn More -
EP401
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. Learn More -
A91
ALCHEMIX A91 is a Aluminium trihydroxide filler powder which is generally used with our fast cast resin products to alter the properties and bulk the material out. Learn More