What are Ecomass Compounds?
Ecomass Compounds are a patented line of engineered thermoplastic composite materials designed to replace traditional high-density materials such as lead and other metals. Ecomass Compounds can be custom formulated to meet a wide range of customer requirements, balancing key properties such as density, tensile strength, impact strength, heat deflection temperature, moisture uptake and more. Unlike most metals or alloyed materials, Ecomass Compounds can be processed on typical thermoplastic equipment (including injection molding or compression molding presses) to form parts and shapes to satisfy customer demands for a high-strength, high-density, moldable material. Ecomass Compounds can also be electroplated and powder coated. Typical metal powder fillers include tungsten, copper, stainless steel, iron and aluminum. Q: Can Ecomass Compounds be used to replace lead and other heavy metals in all applications? A: The primary formulation of Ecomass Compounds is a tungsten / polymer composit
Ecomass Compounds are a patented line of engineered thermoplastic composite materials designed to replace traditional high-density materials such as lead and other metals. Ecomass Compounds can be custom formulated to meet a wide range of customer requirements, balancing key properties such as density, tensile strength, impact strength, heat deflection temperature, moisture uptake and more. Unlike most metals or alloyed materials, Ecomass Compounds can be processed on typical thermoplastic equipment (including injection molding or compression molding presses) to form parts and shapes to satisfy customer demands for a high-strength, high-density, moldable material. Ecomass Compounds can also be electroplated and powder coated. Typical metal powder fillers include tungsten, copper, stainless steel, iron and aluminum. Q: Can Ecomass Compounds be used to replace lead and other heavy metals in all applications? A: The primary formulation of Ecomass Compounds is a tungsten / polymer composit
