Plastic Wood Deck Appearance Design Principle

The surface shape of the plastic deck non -slip and abrasion resistance performance
Surface shape of plastic wood deck drainage performance and anticorrosive performance
The shape of the energy saving and environmental protection needs of plastic wood decking
Based on aesthetic requirements, landscape plastic wood decking surface shape

With the development of the construction industry, the customization of plastic wood decking will become a trend.According to the actual scene needs, under the conditions of the actual functional requirements of the deck, when the surface shape design of the deck is designed, the functional and aesthetic modeling rules should be followed to make the surface shape design of the plastic deck more beautiful and practical.The principles of functionality and aesthetic styling In the product design, the surface shape design of the plastic deck is modular.The product is series and standardized production, so that plastic decking has a broader development space.

The surface shape of the plastic deck non -slip and abrasion resistance performance

Garden landscapes are basically outdoor public places. The passenger flow is large. The outdoor environmental factors with wind and rain are always testing the performance of ground paving materials. Based on the needs of the surface shape, the plastic deck is required to have a certain non -slip and abrasion resistance. In addition to the physical characteristics of the material itself, the performance of these properties should also pay attention to the surface shape of the deck. In the surface shape design of the landscape plastic wood decking,The curve shape of the surface of the surface is needed to increase the roughness of the deck surface to increase the friction when the deck is in contact with the outside world to achieve the purpose of non -slip.

Surface shape of plastic wood deck drainage performance and anticorrosive performance

Although plastic wood products have the characteristics of moisture -proof, climate resistance, and aging resistance, they will also cause some fatigue and peristalticism under the influence of the outdoor natural environment. These changes will reduce the strength of the deck. Therefore, in the design of the surface shape of the landscape plastic wood decking, the drainage performance of the deck should be considered as appropriate, so as to increase its anticorrosive performance.

The shape of the energy saving and environmental protection needs of plastic wood decking

With the development of society, energy conservation and environmental protection have become an indispensable way of production and lifestyle. In the surface shape design of the plastic deck, a beautiful and energy -saving modeling design will inevitably become a trend.In the appearance design, under the condition of ensuring the deserved load -bearing performance, in addition to the hollow plastic deck, the deck can also be designed as the shape of the real -core arched bottom.Under the requirements of ensuring its load -bearing function, this shape can not only reduce the weight of the plastic wood deck itself, and facilitate installation, but also save materials, reduce unnecessary waste, and achieve the purpose of energy saving and environmental protection.

Based on aesthetic requirements, landscape plastic wood decking surface shape

The principle of aesthetics is an intuitive feeling produced by the product form and the direct contact of people. Although aesthetics is not the only decisive condition in product form design, it is a necessary factor in product form design.The design of the product should have aesthetic guidance and sorting under the conditions of its necessary functional requirements. The principles of aesthetics include unity and changes, proportions and scale, rhythm and rhythm. The aesthetic principle is applied to the surface shape design of the plastic deck, which makes it beautiful and artistic, and can achieve the artistic effect of improving the overall environment.According to different scene requirements, under the same functional requirements, different appearance choices and matching can be available.