Payment & Shipping Terms:
|Deflection Temperature T:||≥75℃||Melting Point:||114°C|
|Tensile Strength:||≥25.0 MPa||Biological Analysis Rate:||≥60%|
polybutylene succinate pbs,
Biomedical Polymer Materials Polybutylene Succinate Packaging Materials
Can be used to produce environmentally friendly degradable plastic products, agricultural film, disposable medical products, biomedical polymer materials, packaging materials, disposable tableware, cosmetic bottles, bio-fibers, bio-foam materials, bio-nonwovens materials and so on.
Based on the bio-based succinic acid produced by our company as a raw material, through esterification, condensation and other processes forms Bio-based polybutylene succinate (PBS).
That is a bio-based macromolecular material encouraged and promoted by the state. The disposable products produced by this product can be completely biodegradable through the microbes in nature. At present, eu countries, such as France and the UK, have legislated to ban the use of non-biodegradable materials and to enforce the use of biodegradable materials. Therefore, bio-based PBS will become a popular degradable material.
Polybutylene succinate (PBS) is a thermoplastic resin and has good processing properties. It can be processed on ordinary processing equipment. The processing temperature range is 140~260°C. The material must be dried prior to processing. The moisture content must be below 0.02%.
Polybutylene succinate (PBS) can be processed by injection molding, blow molding, blown film, blister, lamination, foaming, spinning and other molding methods.
Polybutylene succinate (PBS) is a polymer with good biodegradability. Compared with polylactic acid, polyhydroxyalkanoate, polycaprolactone and other biodegradable plastics, PBS is relatively low in price. Excellent mechanical properties, good heat resistance, heat distortion temperature close to 100 °C.
Product standards and parameters
|2||Melting point Tpm||℃||105~116|
|3||Melt mass flow rate (MFR)||Nominal value||g/10min||≤10||10~20||20~40||40~100||≥100|
|4||Water content||%||≤0.1 (method A and method B); ≤0.2 (method C)|
|6||Color value||L value||—||—||≥75|
|A value||Nominal value||—||≤5|
|B value||Nominal value||—||≤11|
|8||Nominal strain at break||%||≥150|
|11||Izod notched impact strength||KJ/m2||≥4.0|
|12||Deflection temperature T||℃||≥75|
|15||Biological analysis rate||%||≥60|
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