UL Prospector
Prospector

Success!

Successfully saved your search
Metabolix is an advanced biomaterials company that focuses on delivering sustainable solutions to a wide range of industries. Metabolix biopolymers are based on polyhydroxyalkanoate polymers (PHAs) and are made by fermentation using renewable carbon based feedstocks, making them 100% biobased in neat form. This provides manufactures with a unique biopolymer material to help meet performance and sustainability goals.
2 Results
Mirel™ 8000 Latex Metabolix Mirel™ 8000 Latex is a 55% suspension of semicrystalline Mirel™ biodegradable resin with a a particle size is 1-3 um and typical viscosity from 300-500 centipoise. Mirel™ 8000 coated paper is repulpable, compostable, marine and fresh water degradable. Mir...view more Mirel™ 8000 Latex is a 55% suspension of semicrystalline Mirel™ biodegradable resin with a a particle size is 1-3 um and typical viscosity from 300-500 centipoise. Mirel™ 8000 coated paper is repulpable, compostable, marine and fresh water degradable. Mirel™ 8000 can be coated onto paper using rod, blade, gravure or flexographic coating equipment. Mirel™ latex can also be used to coat particles as well giving them a hydrophobic surface while being inherently biodegradable. Mirel™ 8000 can also be used as a binder or resin in ink systems or architectual coatings. view less
Mirel™ M Grade Resins Metabolix Mirel™ Virgin biobased PHA resins range from crystalline to amorphous. They can be used as binders in solvent based paints, coatings, and Inks. They are soluble in many industrial solvent systems. Mirel™ Virgin biobased PHA resins can also be used in powd...view more Mirel™ Virgin biobased PHA resins range from crystalline to amorphous. They can be used as binders in solvent based paints, coatings, and Inks. They are soluble in many industrial solvent systems. Mirel™ Virgin biobased PHA resins can also be used in powder form for matting etc. In aqueous formulations, Mirel™ Virgin biobased PHA resins are biodegradable in soil and in marine and fresh water environments. view less