● Can use commercially available biodegradable raw materials and some of the production offcuts for direct foaming and molding, which greatly reduces energy consumption and production cycle time, and can significantly reduce raw material inventory and significantly improve production stability.
● We pay great attention to the pollution problem of the production process from the preliminary research stage, through the original online chain expansion new process, optimized chain expansion system, significantly improve the melt strength of resin, while avoiding the formation of by-products. Through the use of supercritical carbon dioxide composite foaming direct extrusion foaming process, significantly reduce the emission of small molecules, and the side materials of this technology can be completely recycled and reused. Our technology has no exhaust gas, waste water and waste residue emissions, in full compliance with environmental protection regulations, and is an advanced lightweight material manufacturing process
● Through the combination of advanced manufacturing and intelligent control, you can automatically monitor and collect process data, automatically adjust and optimize the production process during the production process, so as to greatly reduce the labor level of operators, achieve full automatic operation of the production line, and have great advantages in reducing labor costs, reducing labor intensity of workers, and reducing the requirements of operators.
PBAT materials can not only be biodegradable but also compostable, so the use of PBAT can significantly alleviate the white pollution caused by plastic packaging. The disposable plastic bags, garbage bags, buffer packaging materials prepared by PBAT can achieve biological composting degradation, so they are mainly used in films for fully biodegradable packaging, fully degradable packaging bags. Because of their excellent elasticity, foam materials are very suitable for cushioning packaging, yoga mats, and climbing mats, etc.