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| In stock: | Yes | Authentication: | American Standard |
| Type: | Degradable Bio-Fiber Plastic | Processing method: | Injection molding |
| Color: | white | Model: | Degradable Bio-Fiber Plastic |
| Specifications: | 25kg | Trademark: | American Standard |
| Packaging: | American Standard |
Detailed introduction of "environmentally friendly wheat straw, wheat fragrance, degradable bio-fiber plastic composite material"
Processability of straw-based plant fiber degradable resin materials:
Other types of biological materials, The poor thermal performance of its end products is due to the poor thermal performance of the biomaterial itself, which is determined by the crystalline properties under its molecular structure; and this property cannot be achieved through subsequent modification. Fundamentally solve the problem of its thermal performance.
During the processing of downstream end products by downstream processors using such biomaterials, the "processing temperature" is encountered. Difficult to master", "It is difficult to process and form", "cooling time is doubled", "improper process conditions will seriously affect the overall performance of the final product", "it is difficult to reuse leftovers" and a series of problems.
Mingyuan produces synthetic natural straw raw materials under the technical route of straw-based plant fiber degradation resin technology, which can not only be directly applied to traditional plastic processing machinery, but also Moreover, it is easy to process, easy to shape, easy to use, and the scraps can be recycled and reprocessed. It benefits from the technological breakthrough in the change and improvement of the thermal properties of this biomaterial under the technical route of straw-based plant fiber degradable resin.
3. Mechanical properties of materials: under the technical route of starch, the performance of the finished products in terms of mechanical properties, The problem of excessive brittleness often occurs; while the products under the technical route of straw-based plant fiber degradable resins, in terms of rigidity/strength/toughness, can be between the soft plastic LDPE film and the rigid/tough PP engineering plastics. Divide Zhongbo. To sum up: the poor comprehensive performance of other types of "completely biodegradable materials" is the technical bottleneck that has led to the failure of this biomaterial to develop rapidly in the market and scale.
