1. The role and importance of PVC skirting boards
2. The key role of PVC skirting surface technology
2.1 Cover with PVC film
2.2 Transfer printing
3. Overview of PVC skirting surface technology
3.1 Cover with PVC film
3.1.1 PVC film coating proces
3.1.2 Skirting boards covered with PVC film
3.1.3 Application scope of PVC film coating
3.2 Transfer printing
3.2.1 Transfer printing process
3.2.2 Features of transfer printing
3.2.3 Application scope of transfer printing
4.Advantages and disadvantages of the two processes
5.1 Coated PVC film application cases
5.2 Transfer printing application case
6. The development direction of PVC skirting surface technology
6.1 Environmentally friendly materials and processes
6.2 Digital design and personalized customization
6.3 Function enhancement
6.4 Multi-material Combination Innovation
PVC skirting boards, as indoor building decoration materials, play a very important role in modern interior decoration. Its main function is to protect the wall, hide the gap between the wall and the floor, and provide a beautiful decorative effect. Not only do they protect our interior walls from collision damage, but they can also be combined with various interior decoration elements to create unique interior decoration styles.
The surface technology of PVC skirting has a very important impact on its aesthetics, waterproofness, and durability. Different skirting board surface treatment processes have their advantages and disadvantages. We can make the right choice according to our needs.
2.1 Cover with PVC film
2.2 Transfer printing
In the process of producing PVC baseboards, if the PVC coating process is selected, the surface of the baseboards will be covered with PVC wood grain film as a decorative material. The principle is as follows. First, the wood grain pattern is printed on the PVC film through digital printing equipment; then an ultra-thin PVC wear-resistant layer is compounded on the PVC film through hot pressing to increase the wear resistance of the skirting line, and then enter the UV coating machine to apply a layer of specific 4S coating oil with anti-aging, anti-fouling, anti-wear, and anti-bacterial properties, thereby giving the skirting surface anti-scratch, anti-wear, anti-fouling, and anti-bacterial properties, making the performance of the skirting more comprehensive, expanding the use area of the skirting, and extending the service life of the skirting. Finally, PUR hot melt adhesive with excellent thermosetting properties is used to adhere the wood grain film to the surface of the skirting base material.
a. Decorative lines
b. Plastic profiles
c. Integrated wall panels
d. PVC baseboard
e. PVC edge banding strip
f. Stone plastic materials, etc.
This type of transfer film uses a heat transfer machine to directly transfer the wood grain, marble grain, and other texture effects on the heat transfer film to the surface of the PVC material through the heating and pressure of the hot pressure roller, or on the surface of solid wood materials, ultimately giving these plastic materials a high-end decorative effect.
a. has good wood grain texture and marble effect
b. environmentally friendly and pollution-free
c. waterproof, wear-resistant, no blistering
PVC baseboard
PVC floor
PVC decorative line
PVC decorative board
Acrylic edge banding strip
ABS decorative panels and other products
Stone plastic decorative lines
Stone plastic decorative board
Advantages: realistic surface texture and texture
Disadvantages: Risk of falling off over time
Advantages: rich colors, a wide range of applications
Disadvantages: The texture is relatively poor and will fade easily over time
PVC skirting board surface technology continues to develop, and future trends are mainly concentrated in the following directions
With the progress of society and the development of science and technology, people's awareness of environmental protection will gradually increase. In the future, the surface technology of PVC baseboards will pay more attention to environmental protection. At the same time, the requirements for waterproof and flame-retardant properties will also increase. The higher. The goal is to develop greener, recyclable materials and use low-carbon, zero-VOC (volatile organic compound) processes to reduce environmental impact.
With the development of industrial technology, the surface technology of PVC skirting boards will increasingly adopt digital design and production technology in the future. This will provide more flexible, personalized customization options to meet consumer demand for unique finishes.
PVC baseboard surface technology will become more mature and its functional attributes will be further enhanced. For example, it has properties such as waterproof, dustproof, and scratch resistance to improve its performance in actual use.
In the future, the surface technology of PVC skirting may be combined with more materials, such as metal and fiberglass. This will create a more diverse look and texture, enhancing the layering and texture of the decoration.
Generally speaking, in the future, the surface technology of PVC skirting will be environmentally friendly, digital, personalized, and functionally enhanced as the main development directions to meet the changing market demands and the diverse decorative needs of consumers.
