The quality of biodegradable materials is undoubtedly the concern of customers. Therefore, we should try our best to improve the overall quality of biodegradable materials. So, how to do it?

加快产品应用研发和产业化

Accelerate product application R & D and industrialization

生物降解材料产品的性能不能完全满足消费者的需求。虽然市场上有很多品种，但每种材料的力学性能和加工性能仅在一个方面有突出的特点，综合性能还存在一些不足，这将是制约其市场应用和推广的瓶颈之一。国内企业在开发生物降解材料产品的同时，应注意加快开发具有自主知识产权的创新产品和用途。

The performance of biodegradable material products can not fully meet the needs of consumers. Although there are many varieties in the market, the mechanical properties and processing properties of each material have outstanding characteristics in only one aspect, and there are still some deficiencies in the comprehensive properties, which will be one of the bottlenecks restricting its market application and promotion. While developing biodegradable material products, domestic enterprises should pay attention to accelerating the development of innovative products and uses with independent intellectual property rights.

加强产品加工开发研究

Strengthen research on product processing and development

其次，目前国内对产品加工的研究还比较薄弱，大部分企业侧重于材料合成，而忽略了产品加工开发。一些生物降解材料制成的餐具在耐热性、耐水性、机械强度等方面都远远落后于传统塑料产品，这恰恰是生物降解材料能否大规模上市的关键。

Secondly, the domestic research on product processing is still relatively weak. Most enterprises focus on material synthesis and ignore product processing development. Tableware made of some biodegradable materials lags far behind traditional plastic products in heat resistance, water resistance and mechanical strength, which is precisely the key to the large-scale listing of biodegradable materials.

完善垃圾回收体系

Improve the waste recycling system

缺乏完整的回收体系也制约了产品的进一步推广。因此，可降解塑料必 须有明确的标志，然后回收。如果可以再利用，就收集起来，然后成型为产品;不能重复使用的要考虑合理处理。针对传统塑料中添加淀粉等可再生资源的降解塑料，可采用热能回收的垃圾处理系统。对于生物降解材料，可以着重考虑堆肥的处理方法。

The lack of a complete recycling system also restricts the further promotion of products. Therefore, degradable plastics must be clearly marked and then recycled. If it can be reused, it will be collected and formed into products; Those that cannot be reused should be considered for reasonable treatment. For degradable plastics with renewable resources such as starch added to traditional plastics, a waste treatment system with heat recovery can be adopted. For biodegradable materials, the treatment method of composting can be emphatically considered.