Rigid RIM Systems (Simulating ABS)

Rigid RIM systems are engineered to simulate the mechanical properties of injection-molded ABS. These thermoset polyurethane formulations offer exceptional structural rigidity, dimensional stability, and a high-quality surface finish ideal for painting and shielding. They are the standard choice for manufacturing large-scale enclosures, such as medical MRI covers, electronic instrumentation housings, and automotive interior structures, where stiffness and aesthetics are paramount.

Elastomeric RIM Systems (Simulating PP)

Elastomeric RIM materials are designed to mimic the durability and resilience of Polypropylene (PP) and Polyethylene. Featuring superior impact strength and elongation at break, these resins can withstand significant deformation and shock without cracking. They are perfectly suited for dynamic automotive components like bumpers, spoilers, and fenders, as well as industrial protective guards that require reliable performance in rugged environments.

Structural Foam RIM (Lightweight) 

Structural Foam RIM utilizes a specialized blowing agent to create a cellular core sandwiched between solid, non-porous outer skins. This unique "sandwich" structure significantly reduces part weight while increasing the stiffness-to-weight ratio. It is the optimal solution for manufacturing thick-walled, large-format parts such as heavy-duty load-bearing pallets, truck engine covers, and equipment chassis where weight reduction is critical.

DCPD RIM Systems (High Performance)

DCPD (Dicyclopentadiene) is a specialized high-performance thermoset resin known for its extraordinary impact resistance and chemical stability. Unlike standard polyurethanes, DCPD offers virtually unbreakable toughness even at extremely low temperatures. It is widely used for producing massive, lightweight body panels for agricultural machinery, construction trucks, and buses, offering a superior alternative to fiberglass (FRP) and metal in demanding industrial applications.