With a biomass content of up to 60%, the Polyester Polyol can replace part of the petrochemical raw materials with natural biological materials to meet the environmental protection requirements of reducing carbon emissions. The appearance of the material is transparent and colorless, which has fluidity at room temperature and has great operability. The acid value of the material is 0.5(mg KOH/g), OH value is 56(mg KOH/g) and the molecular weight is 2000(g/mol). The material is commonly used in various polyurethane synthetic resins. On the one hand, it makes the polyurethane biodegradable, and at the same time, the physical properties are also similar to those of general polyurethane. The development of this material has received a number of bio-plastic certification standards such as the EU “OK biobased”, the US “USDA”, Japan’s Biomass verification(バイオマスプラ驗證), etc.
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With a biomass content of up to 60%, the Polyester Polyol can replace part of the petrochemical raw materials with natural biological materials to meet the environmental protection requirements of reducing carbon emissions. The appearance of the material is transparent and colorless, which has fluidity at room temperature and has great operability. The acid value of the material is 0.5(mg KOH/g), OH value is 56(mg KOH/g) and the molecular weight is 2000(g/mol). The material is commonly used in various polyurethane synthetic resins. On the one hand, it makes the polyurethane biodegradable, and at the same time, the physical properties are also similar to those of general polyurethane. The development of this material has received a number of bio-plastic certification standards such as the EU “OK biobased”, the US “USDA”, Japan’s Biomass verification(バイオマスプラ驗證), etc.
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