The wear resistance of PVC decorative sheet comes first from its own material properties. This material itself has a certain hardness and toughness, and can resist external scratches in daily friction. Compared with ordinary wood or paper decorative materials, the molecular structure of PVC material is more compact, and the surface is not easy to be scratched by slight friction. For example, in the home, when the table and chair rub against the PVC decorative sheet on the ground when moving, or when the soles of shoes rub against each other during daily walking, the PVC board can withstand these external forces with its own material hardness, reduce surface damage, and maintain the integrity of the appearance.
The special surface treatment process further enhances the wear resistance of PVC decorative sheet. Many PVC decorative sheets are coated or coated during the production process. These surface layers are usually made of highly wear-resistant resin materials to form a solid protective barrier. This treatment can not only improve the gloss of the decorative board, but also directly resist the loss caused by daily friction. For example, when wiping the surface with a wet rag, or slightly scratching when placing objects, the surface coating will withstand the friction before the base material, protecting the internal structure from being affected, thereby extending the service life of the decorative board.
The wear resistance of PVC decorative sheet shows good adaptability when dealing with friction in different scenarios. In the family living room, the soles of pedestrians rub frequently, and the PVC sheet can keep the surface flat through its own wear resistance; in the kitchen, the friction caused by the occasional collision and dragging of pots and pans will not easily leave marks on the board surface. Even in public places (such as the rest area of the shopping mall), facing more frequent friction of people, the reinforced PVC decorative sheet can still maintain a good surface state and adapt to the friction intensity in different environments.
Its wear resistance is also reflected in its resistance to repeated friction. In daily use, the friction in some areas is not a single occurrence, but a long-term repeated action, such as the area under the door mat and the foot of the furniture. PVC decorative sheet can maintain the stability of the surface structure under this continuous friction, and will not cause local wear due to repeated force. This fatigue resistance allows the decorative board to remain beautiful for a long time in high-frequency use areas, reducing the need for overall replacement due to local wear.
For PVC decorative sheets with textures or patterns, its wear resistance design also takes into account the impact of friction on the appearance. The textured surface itself can disperse the force generated by friction and reduce the concentrated damage caused by friction in a single direction; at the same time, the color and pattern design of the pattern are often printed in a permeable manner rather than just attached to the surface. Even if the surface is slightly worn, the pattern will not disappear easily and will not significantly affect the overall appearance. This design allows the decorative board to not only maintain structural integrity but also maintain visual consistency when dealing with friction.
The wear resistance of PVC decorative sheet is combined with the installation method to further enhance its ability to cope with friction. During installation, the panels are closely spliced to reduce the local friction caused by gaps; at the same time, PVC panels fixed on the ground or wall can obtain better support to avoid additional friction loss caused by looseness. For example, after the PVC decorative sheet on the wall is firmly installed, the friction caused by daily wiping or collision will not cause the sheet to shift, thereby reducing the wear caused by shaking on the edge of the sheet.
In addition, during the production process, PVC decorative sheet will optimize its anti-friction performance by adding anti-wear agents. These anti-wear agents are evenly distributed inside the material, which can enhance the bonding force between molecules and improve the overall anti-scratch ability. When encountering accidental scratches from harder objects (such as keys and tools), the PVC sheet with added anti-wear agent can effectively resist this local strong friction and reduce the depth and range of the scratches. This targeted optimization allows the PVC decorative sheet to show better durability when dealing with various friction situations that may occur in daily life, reducing the frequency of maintenance and replacement.
