Traditionally, plastics are produced through professes such as the refining, purification, and polymerization of petroleum in refineries which generated massive amounts of greenhouse gas emissions, leading to the greenhouse effect. This material utilizes 80% vinyl monomers fermented and refined from corn starch mixed with 20% compatibilizer and formed through chain polymerization. This decreases carbon emissions by approximately 10% compared to petroleum based PE. In terms of applications, it can be used as a bio-based additive for polyolefin plastics or as materials for injection and extrusion. This material has also obtained Japan’s BiomassPla certification (certification no.: 210019).more
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Traditionally, plastics are produced through professes such as the refining, purification, and polymerization of petroleum in refineries which generated massive amounts of greenhouse gas emissions, leading to the greenhouse effect. This material utilizes 80% vinyl monomers fermented and refined from corn starch mixed with 20% compatibilizer and formed through chain polymerization. This decreases carbon emissions by approximately 10% compared to petroleum based PE. In terms of applications, it can be used as a bio-based additive for polyolefin plastics or as materials for injection and extrusion. This material has also obtained Japan’s BiomassPla certification (certification no.: 210019).
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