The development of any new kinds of material products will inevitably gradually move from the traditional material technology to the composite cross development of different scientific fields. This is the inevitable development trend of human beings in material research and can produce amazingly great energy.In this era of new materials, wood-plastic materials have developed rapidly at home and abroad with the concept of “environmental protection, energy saving” and their own special advantages. The application fields are expanding and the product potential is constantly being tapped.

All the interior decoration materials are developed and evolved from manualization, bulk, on-site production and processing to factory standardization, modularization, intensification, and on-site integrated installation. The development of wooden doors, floors, wardrobes, cabinets, etc. Prove this, and with the development of the times, this trend is irreversible. In the process of factory, modular and intensive product development, traditional material processing methods, especially plate material processing, have inherent constraints.

Wood-plastic materials can realize complex curve extrusion and mass production; in the development of home industry products, it is possible to realize the design and design of installation structure points that cannot be completed by traditional material processing methods. It plays an important role in promoting the evolution of the home industry products from manualization to factoryization. Coupled with the excellent properties of a series of materials such as waterproofing and mildew resistance of wood-plastic materials, it is inevitably able to exert its unique advantages.

All kinds of materials have their own unique characteristics. The so-called advantages and disadvantages refer to the problem of improper use in different occasions and environmental spaces, which is a relative concept. To develop wood-plastic materials, we must objectively and fairly look at the advantages and disadvantages of various materials, and we must not blindly obey them. We must also fully understand and understand the material properties of wood-plastic materials. To respect the characteristics of each material, the integration of water and milk is not exclusive, such products and systematic development is truly vital.

All kinds of materials have their own unique characteristics. The so-called advantages and disadvantages refer to the problem of improper use in different occasions and environmental spaces, which is a relative concept. To develop wood-plastic materials, we must objectively and fairly look at the advantages and disadvantages of various materials, and we must not blindly obey them. We must also fully understand and understand the material properties of wood-plastic materials.