The design concept of wood plastic products

1. Characteristic analysis of wood-plastic materials
2. Application of wood-plastic products in construction
   1. Application of wood-plastic composite materials in the design of garden products
   2. 2.2 Application of wood-plastic composite materials in the design of architectural products
3. The design concept of SevenTrust WPC

Wood-plastic composite materials are relatively common materials in the field of industrial products. Today, we will deeply analyze the specific characteristics of wood-plastic composite materials, and conduct a complete analysis of the specific application requirements of wood-plastic composite materials in the field of industrial product design.

1 Characteristics of wood-plastic composites

At present, wood-plastic composite materials have been widely used in various fields of industrial design activities, and can integrate the common advantages of various industrial resources to process industrial design activities. Therefore, the characteristic analysis of wood-plastic composites is a high concern of many industrial designers.

Generally speaking, wood-plastic composite materials can largely integrate the common advantages of wood materials and plastic products, so that the application of wood-plastic composite materials can be combined with their fixed characteristics to improve the application level. In addition, the analysis of the characteristics of wood-plastic composites can also make the waste factor of the material not effectively controlled. In addition, the formation of wood-plastic composite materials often draws on the treatment opinions of some abandoned industrial facilities, and many plant fibers are put into the use of wood-plastic composite materials at a low level, so that many wood-plastic composite materials have strong anti-corrosion properties. If the area where the material is located has high humidity characteristics, the wood-plastic composite material can use its advantages to fully prevent the corrosion of the humid environment, so that the wood-plastic composite material can effectively avoid the corrosion of insects and other factors, ensuring that Use stability of wood-plastic composites.

The wood-plastic composite material can also well cope with the corrosive influence of acid and alkali factors, so that the material can effectively avoid the adverse effects of aging factors, so that the water absorption effect of the wood-plastic composite material can be obtained in the state of mildew. Effective disposal to improve the overall anti-aging level of wood-plastic composite materials. Wood-plastic composite materials can also effectively deal with the influence of mildew factors, and apply its advantages in thermal expansion to the usability design of industrial products, so that industrial products can realize the enhancement of the use level of wood-plastic composite materials by virtue of the effective control of the shrinkage coefficient. , to ensure that the various dimensional stability of wood-plastic composite materials can be effectively controlled under the reasonable control of operating strength, so that the material can have a strong application value in the application process of industrial products.

2 Application of wood-plastic composite materials in industrial product design

2.1 Application of wood-plastic composite materials in the design of garden products

Landscape design and application facility design in gardens are an important part of industrial product design. Therefore, in the process of applying wood-plastic composite materials to implement garden product design, it is necessary to maintain the same technological characteristics and artistic means as wood-plastic composite materials. Effective integration enables WPCs to improve the application value of WPCs through the characteristics of geographical conditions and natural scenery, ensuring that industrial products can meet the overall requirements of garden design concepts.

It is necessary to ensure that the application of wood-plastic composite materials will not affect the requirements of subsequent production activities of industrial products, and to ensure that the landscape of the garden can fully present many advantages of traditional Chinese garden design activities, so that the garden can guarantee a high level of all buildings. Can be consistent with garden application requirements. The details of garden environment design can be deeply analyzed to ensure that all engineering design activities can use artistic means to design artistic expression, and enhance the application value of wood-plastic composite materials in garden design. The application of wood-plastic composite materials must also be consistent with the terrain characteristics during the use of materials, so that all garden artistic conceptions can be improved under the influence of wood-plastic composite materials. It can be promoted in a more harmonious environment. The application of wood-plastic composite materials in the garden must also deal with the factors that have a small aesthetic concept in the garden, so that the design activities of the garden can deal with the requirements of the garden application through the adjustment of the shape and related concepts, so that all garden design concepts All can carry out complete design processing in the application process of wood-plastic composite materials.

2.2 Application of wood-plastic composite materials in the design of architectural products

The design of building industrial products is a key factor in the application field of wood-plastic composite materials. Therefore, starting from the research on the generation and development of wood-plastic composite materials, analyzing all traditional architectural research and design schemes can effectively ensure that wood-plastic composite materials are used. The application value of wood-plastic composite materials enables the comprehensive advantages of materials in all aspects to judge the quality of use under the effective control of wood structure, so that wood-plastic composite materials can be combined with the application characteristics of wood-based materials to construct a structure control mechanism for wood-plastic composite materials to ensure All spatial layout schemes can be used to control the quality of architectural products in the process of building exterior design.

The application of wood-plastic composite materials in buildings must also ensure that the materials will not destroy the original design concept and cultural connotation of the building, ensure that the wood-plastic composite materials can be consistent with the characteristics of the building structure, and make building industrial products have usable performance and ornamental performance. double advantage.

Wood-plastic composite materials are the key to ensuring the quality of industrial product design. In-depth analysis of the specific application of wood-plastic composite materials in the field of industrial design, and a complete design analysis of relevant optimization measures, to improve the use of wood-plastic composite materials in industrial activities. The application value is of great significance.

The design concept of SevenTrust WPC

After having our own factory, we started to produce our own products and found professional designers to discuss the design and structure of the products.

The formula for Seven Trust composites was first introduced from the United States. With 13 years of production experience, we have gradually developed our own advanced formula system, and the products produced have been greatly improved compared with the industry standard. We have in-depth research cooperation with Fudan University and Nanchang University in Shanghai, which provides strong support for our product development.

The composite product is highly malleable and can be developed into any shape not only for the common composite decking, cladding and fencing, but also to meet the needs of most outdoor building materials.

Therefore, customers can even imagine and DIY products according to their own needs, and then our R&D engineers will design their own products by analyzing their uses, and make the final output of composite products by drawing drawings and making molds.

Now, we have customized many new products for customers and applied for patents.