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Where can PVC film be applied specifically ?

September 16,2023

The essence of  PVC decorative film  is a vacuum plastic film used for surface packaging of various types of panels, so it is also known as decorative film or adhesive film. The production process is similar to decorative paper, which is formed through surface printing, coating, and lamination. PVC film needs to be pressed onto the surface of the board using a dedicated vacuum film press at a high temperature of 110 degrees, so it is not easy to fall off. Its characteristics are different from decorative paper, and it has strong corner wrapping performance.

The raw materials used are different types of plastic particles extended from petrochemical industry, which is of great significance for the protection of forest resources.

PVC decorative film products are laminated using processes such as blistering and pressing, while also possessing good plasticity, moisture resistance, antibacterial, and mold resistant properties. In addition to furniture, it has also been widely used in wall panels, floors, cabinets, household appliances, ships, and so on.

PVC plastic film  veneer has significant flexibility and environmental friendliness compared to wood and paper veneer. At the same time, the plasticity of the plastic film veneer is extremely strong, making it a PVC flame retardant decorative film that can be used for both interior and exterior decoration and can be applied on-site. Not only does it have over 500 high-precision pattern designs, such as wood grain, metal, and stone, but it also pursues a realistic material sense in design. It is widely used in ceiling, 3D surfaces, doors, furniture, signage, and other aspects, and can perfectly display high-precision details and complex shapes such as 3D surface forming.

The Development Trend of Veneer Furniture

The application of modern veneer decoration in furniture is gradually maturing, whether it is traditional wood, paper veneer, or emerging plastic film, metal veneer, etc., all have their unique practicality, and are constantly advancing and improving with environmental changes. Based on the above case analysis, the current development status of veneer furniture can be summarized as follows:

The beauty of surface texture has always been the focus of the furniture field. With the development of artificial simulation and simulation technology, the texture of veneered furniture is becoming closer to nature, and the simulation effect is significant. A single texture can develop into a cross fusion between different natural textures, such as mixing wood grain with marble grain.

Overall, veneer materials are showing a diversified development trend, with traditional veneer materials becoming more mature and new materials constantly being developed and applied. The deepening of environmental protection concepts has made green development a key focus for the future development of the furniture industry.

The progress of science and technology has driven the development of functional veneer furniture. Traditional veneer materials only have a single or a few characteristics, such as flame retardancy, wear resistance, moisture resistance, etc., and have the problem of single functionality.

For veneer furniture, by combining veneer materials with intelligent thin components to achieve intelligent temperature sensing, intelligent display, and other effects, it not only caters to the development of the technology era, but also facilitates the lives of the people. Although research and application in this area are still in the embryonic stage, it has great feasibility.

As one of the main means to enhance the added value of panel furniture, veneer technology has become increasingly mature and perfect due to the influence of contemporary technology, information, environmental protection, and other aspects. On the basis of breaking through traditional material defects and process problems, it is constantly developing towards better and updated directions. Therefore, veneer technology is an indispensable surface decoration technology for future panel furniture.

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