R.I.M. Tooling
Products that are specifically designed and formulated for R.I.M. Tooling.
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M840
Model Board M 840 is a board and block material with very high heat resistance. Developed specifically for high temperature applications. Learn More -
M730
Modelboard M730 is an epoxy board material with very high temperature resistance and very low coefficient of thermal expansion making it ideal for applications where dimensional stability is essential. Learn More -
M720
Model Board M720 is an epoxy board material with very high temperature resistance and very low coefficient of thermal expansion making it ideal for applications where dimensional stability is essential. Learn More -
M702
Model Board M 702 is an epoxy board material with very high heat resistance and very low coefficient of thermal expansion making it ideal for applications where dimensional stability is essential. 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 -
A87
ALCHEMIX A87 Fillite is a glass hard, inert, hollow silicate sphere. It is primarily used to reduce the weight of plastics, rubber, resin and cement etc. It also imparts further benefits in many situations. Due to spherical nature of the particles, increased filler loading and improved rheology can be obtained while using A87 Fillite. Learn More -
A85
ALCHEMIX A85 is a mineral filler consisting of Silica sand, which can be added to specific resins to alter the properties. Learn More -
A84
ALCHEMIX A84 is a metallic filler consisting of Aluminium granules which can be added to specific resins to alter the properties. Learn More -
8997
ALCHEMIX Polymer Cleaner 8997 is a cleaning solution for use on a number of polymeric compounds including polyurethane and epoxy. It replaces traditional hazardous chemicals used for cleaning polymeric components, reducing the safety risk to the user and the environment. Learn More