R.I.M Component Parts
Products that are specifically designed and formulated for R.I.M Component Parts.
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PU3825
ALCHEMIX PU 3825 is a two component polyurethane system, which is designed for use in low pressure Reaction Injection Moulding (RIM) equipment. The system is ideal for rapid prototyping and limited production runs using metering machines, with or without vacuum. ALCHEMIX PU 3825 is a neutral, pigmentable system which is formulated to simulate high density polyethylene. Learn More -
PU3825S
ALCHEMIX PU 3825S is a two component polyurethane system, which is designed for use in low pressure Reaction Injection Moulding (RIM) equipment. The system is ideal for rapid prototyping and limited production runs using metering machines, with or without vacuum. ALCHEMIX PU 3825S is a system which is formulated to simulate high density polyethylene. Learn More -
PU3827
ALCHEMIX PU 3827 is a two component polyurethane system, which is designed to simulate thermoplastics such as polypropylene. The system is ideal for rapid prototyping and limited production runs using metering machinery, with or without vacuum. ALCHEMIX PU 3827 has a pot life of 45 ? 60 seconds and is suitable for castings up to 10 mm thick. The product is available in neutral or black. Learn More -
PU3833
ALCHEMIX PU 3833 is a two component polyurethane system which is impact resistant and can be easily pigmented. The system is ideal for rapid prototyping and limited production runs using metering machinery, with or without vacuum. Learn More -
PU3833F
ALCHEMIX PU 3833F is a two component polyurethane system which is impact resistant and can be easily pigmented. The system is ideal for rapid prototyping and limited production runs using metering machinery, with or without vacuum. Learn More -
PU3842
ALCHEMIX PU 3842 is a two-component polyurethane system, which is designed to simulate thermoplastics such as polypropylene. The system is ideal for rapid prototyping and limited production runs using dedicated metering machinery. The product is ideal for applications requiring high impact resistance and dimensional stability at elevated temperatures. Learn More