Málama Composites

Málama’s bio-based rigid polyurethane foams can be formulated to meet various applications and customer specifications.  Our current product offerings include:

AinaCore^® S 2.5

A two and a half pound density polyurethane foam used as a core material, and for shaping and surfacing a wide range of industrial products.  AinaCore^® S 2.5 is recommended where reduced weight is required.  It can also be used as a core material for structural curves. 

AinaCore^® S 5.0

A five-pound density polyurethane foam used as a core material, and for shaping and surfacing a wide range of industrial products.  AinaCore^® S 5.0 is recommended for machine shaping applications, and will have higher compressive and tensile strength than AinaCore S 2.5.

AinaComb^®

AinaComb^® is a product currently in development.  It is a foam filled honeycomb panel designed for projects where high compressive strength is required.  The expanded surface area of AinaComb^® dramatically increases the sheer strength of the final assembly.  The current honeycomb is a polypropylene material filled with 2.5 pound foam.  Call Málama Composites to discuss your specific requirements.

AinaFlow^®

AinaFlow^® is a two-part spray-in foam product currently in development.  We are currently developing low density formulas for specific applications including structural insulation and various industrial applications where filling a void with light-weight rigid material is required.  Please contact us to discuss your specific product requirements.

AinaCore FR

Also under development is a fire rated 2.5 pound rigid soy-based foam developed specifically for structural insulated panels or other applications where a Class A fire rating is required.  This panel is expected to have similar properties to the current AinaCore S 2.5, but with additional moisture resistance and higher insulation value.

AinaCore HD

At the request of a number of our customers in the tool and die industry, we are developing a higher density foam specifically for machining and surfacing of complex parts.  Potential applications include modeling for the auto industry, exterior and interior signage, architectural molding applications, among others.