Fully biodegradable new materials combine superior performance with a wide range of applications. PBAT offers outstanding film-forming properties, while PBS exhibits excellent heat resistance and mechanical properties, making them suitable for applications in packaging, agriculture, and healthcare. Furthermore, both materials are fully biodegradable, ultimately degraded into carbon dioxide, water, and inorganic salts. They perfectly align with global green development trends and help address the challenge of white pollution.
Polybutylene Adipate Co-Terephthalate
Polybutylene Succinate
Modification solutions for scientific formulas
We continuously strive to achieve breakthroughs in balancing environmental protection and material performance. Our Bio-PBSe, Bio-PBSeT, Bio-PBAT, and Bio-PBS products make the co-existence of high performance and sustainability truly happen. Whether it's hot-melt adhesive requiring high temperature resistance, thin film packaging requiring high flexibility, or tableware that can be degraded rapidly, our materials maintain industrial-grade performance while reducing our carbon footprint.
| Product | Raw Material | Bio-based content(%) | Application | Remarks |
|---|---|---|---|---|
| Bio-PBAT | BDO AA PTA | 35 | Film&bags | Consult |
| Bio-PBS | BDO SA | 40 | Blister forming&injection molding | Consult |
| Bio-PBS | BDO SA | 100 | Blister forming&injection molding | Consult |
| Bio-PBSe | BDO SeA | 60 | Hot melt adhesive | Consult |
| Bio-PBSe | BDO SeA | 100 | Hot melt adhesive | Consult |
| Bio-PBSeT | BDO SeA PTA | 35 | Film&bags | Consult |
| Bio-PBSeT | BDO SeA PTA | 67 | Film&bags | Consult |