Industry
Categories for relevant industry sectors.
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M400
Model Board M 400 is a board and block material with low density and fine, homogeneous surface for general mould making applications. Models Board M400 is conveniently machinable and can also be processed manually. Learn More -
M450
Model Board M450 is a board and block material with low density, excellent processing properties and a fine, homogeneous surface. Model Board M450 is conveniently machinable and can also be processed manually. Learn More -
M480
Model Board M 480 is a board and block material with low density and fine, homogeneous surface for general mould making applications. Models Board M 480 is conveniently machinable and can also be processed manually. 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 -
M550
Modelboard M550 is a board and block material made from recycled polyurethane. Learn More -
M600
Model Board M 600 is a board and block material with medium density and fine, homogeneous surface specifically for architectural models. Model Board M 600 is conveniently machinable and can also be processed manually. Learn More -
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 -
M651
Model Board M 651 is a medium density board and block material with very fine structure and smooth surface. It is easy to varnish and has excellent processing properties. Learn More -
M652
Model Board M 652 is a medium density board and block material with very fine structure and smooth surface. It is easy to varnish and has excellent processing properties. Learn More -
M690
Model Board M 690 is a board and block material with very high temperature resistance at low density. The product has very low coefficient of thermal expansion. Learn More