Recently, Shenzhen Yikeman Technology Co., Ltd.'s fully biodegradable material project was held in Zoucheng, Shandong Province. This signified that Yikeman Bio-Technology Co., Ltd. owns completely independent intellectual property rights and conducted bio-fermentation through the method of gene engineering strain construction. The technology for the synthesis of polyhydroxyalkanoates, which are used to produce biopolymers, has been officially mass-produced.
It is reported that this product is a new type of fully biodegradable thermoplastic plastic with biocompatibility, degradability, piezoelectricity, and good use and processing performance. Its basic performance is similar to that of polyolefin and can be processed in traditional plastics. Mechanical drawing, molding, injection molding, thermoforming and other processing. The rate of degradation can be controlled by the composition of its copolymer, depending on the needs of the application. After degradation, the final product enters the carbon biological cycle and constitutes a complete green recycling economy. The successful industrialization and application of this scientific research achievement will provide the world's leading technology guarantee for resolving oil resource dependence, extending the agricultural industrial chain, and promoting the recycling economy.
At present, the project's product grade includes injection grade PHAs, blown film grade PHAs, bottle blower grade PHAs, plate grade PHAs, expandable PHAs, spinning/nonwoven grade PHAs, bio-elastomers, 3-hydroxybutyric acid Ester, etc., can be widely used in agriculture, environment, biochemistry, microelectronics, energy, medical and other fields.
It is reported that this product is a new type of fully biodegradable thermoplastic plastic with biocompatibility, degradability, piezoelectricity, and good use and processing performance. Its basic performance is similar to that of polyolefin and can be processed in traditional plastics. Mechanical drawing, molding, injection molding, thermoforming and other processing. The rate of degradation can be controlled by the composition of its copolymer, depending on the needs of the application. After degradation, the final product enters the carbon biological cycle and constitutes a complete green recycling economy. The successful industrialization and application of this scientific research achievement will provide the world's leading technology guarantee for resolving oil resource dependence, extending the agricultural industrial chain, and promoting the recycling economy.
At present, the project's product grade includes injection grade PHAs, blown film grade PHAs, bottle blower grade PHAs, plate grade PHAs, expandable PHAs, spinning/nonwoven grade PHAs, bio-elastomers, 3-hydroxybutyric acid Ester, etc., can be widely used in agriculture, environment, biochemistry, microelectronics, energy, medical and other fields.
PVC Wood Plastic Composite Board Extrusion Line
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