PBS Poly(Butylene Succinate) Resin (Bioaim 3001)

详情

PBS is a kind of biodegradable aliphatic polyester with good thermal properties, mechanical properties and processing performance.

The white crystalline polymers, with the density of 1.*6 g/cm3, and the melting point of **5 oC, were prepared by the condensation polymerization.

PBS has a low cost and good mechanical properties.

And other characteristics, and the price is close to the PLA compared with the PBS and has a convenient processing, can be adapted to the current conventional plastics

Heat resistance and heat distortion temperature can be more than **0 oC (PLA heat resistance temperature only.There are *0 oC or so); in addition, the raw material sources of PBS synthesis can be either petroleum resources, or by biomass resources.

(1) PBS has a very good comprehensive performance.The mechanical properties of PBS type PE are close to PP,

(2) It can meet the use requirements of general plastics, and the processing performance is very good, and can be used in general processing equipment

Forming process.
(3) In addition, the PBS class of polyester only in the condition of the degradation, in the normal use of the process performance is very Stable

(4) PBS has excellent heat resistance. The heat distortion temperature close to **0 oC, after the modification can exceed **0 oC, to meet the daily necessities

The heat demand, can be used for the preparation of hot and cold drinks and packaging boxes.

(5) PBS has a price advantage. The aliphatic dicarboxylic acid as the main raw material, diol, scale production, the price can reach the level of PET polyester. The production of butyl acid by biological fermentation process.

(6) PBS production equipment has been made in china. PBS polyester can be PET, PBT polyester equipment. 

(7) PBS application is very extensive. It can be used for packaging, such as packaging film, lunch boxes, makeup and drug bottles, electronic device packaging, etc.; also can be used for disposable utensils, such as disposable dining utensils, it can also be used in agricultural areas, such as agricultural film, pesticides and fertilizers. it can also be used in medical fields, such as biomedical polymer materials.