The Mechanism of Action of Plasma Technology on Products in the Rubber and Plastic Industry

We have discovered that some rubber and plastic parts in industrial applications encounter difficulties in surface bonding. This is due to the non-polar nature of materials like polypropylene and PTFE, which result in poor printing, bonding, and coating effects when not surface treated, rendering them often unusable.
Some processes use chemical agents to treat these rubber and plastic surfaces, which can alter the material's adhesive properties. However, this method is difficult to master, as the chemicals are toxic and the operation is quite cumbersome. Additionally, the cost is high, and the chemicals may also affect the original excellent properties of the rubber and plastic materials.
Utilizing plasma technology for surface treatment of these materials, under the impact of high-speed, high-energy plasma, the surface structures are significantly enlarged, and an active layer is formed on the material surface. This allows for printing, bonding, coating, and other operations on rubber and plastic. The application of plasma technology for rubber and plastic surface treatment is simple, generates no harmful substances before and after the process, offers excellent results, high efficiency, and low operating costs.