A.Recycled - PET, PBT, PP, TPEE
．PCR PET - Using 100% Post-Consumer Recycling (PCR) PET bottle flakes to re-produce r-PET. Carbon emissions are reduced by 63%.
．PCR PBT - Using chemical process to depolymerize PET bottle flakes and re-polymerize as r-PBT. Carbon emissions are reduced by 25%.
．PCR PP - Containing 50% Post-Consumer Recycling (PCR) polypropylene to compound as advanced material, r-PP can reach 40% reduction of carbon emissions.
．PCR TPEE - Taking PET bottle flakes as raw materials, r-TPEE carbon emissions can be reduced by 25%.
B.Bio PET / PBT / TPEE
．SHINITE Bio materials use bio-mass to make renewable feedstocks. The technique can capture carbon footprint, acting as an enabler for various types of downstream products with sustainability benefits. Bio based materials are chemically & physically the same as petroleum based materials.
C.Carbon-Capture Products
．The CO2 emitted by heavy industry is used to produce raw materials through a special process, and then polymerized into carbon capture PET.
D.Bio Degradable Products
．PBAT - SHINITE PBAT is a compostable plastic, encompassing high flexibility and tear resistance.
．PBS - SHINITE PBS is an eco-friendly bioplastic, which can be decomposed into CO2 and H2O by microorganism in soil. Compare to other biodegradable polymers, PBS performs with better flexibility, heat resistance and excellent processability.