What is a plasma polymerization facility

• Categories:Company Dynamics
• Author:plasma cleaning machine-surface treatment equipment-CRF plasma machine-Sing Fung Intelligent Manufacturing
• Origin:
• Time of issue:2020-11-16
• Views:

(Summary description)Plasma polymerization is a method to improve the hydrophobicity of rubber, plastic products or films, hence the derivation of plasma polymerization equipment.   Plasma polymerization is commonly used to prevent debris from attaching to rubber during manufacturing, and by doing so we can improve surfaces such as silicon, rubber and plastic to prevent them from sticking together during further production. Plasma surface modification is considered as a "green" alternative that is more environmentally friendly than other surface modification methods. Plasma surface treatment does not require the use of irritating chemicals, let alone any chemical exposure. This will not only protect the environment, but also protect the lives of employees. Firstly, RF source is used to generate plasma, and then plasma treatment is carried out on the surface of the material, which can improve the hydrophobicity of plastic or rubber surface, so as to realize plasma polymerization.   Plasma treatment has many advantages over other surface treatment methods, which arouses people's interest in plasma treatment. The enhanced chemical and mechanical properties of various polymers formed by plasma technology have led to the application of plasma technology in many different industries and products. The plasma polymerization equipment USES the appropriate treatment gas, we can improve the surface hydrophobicity of the material, improve the wettability and practicality of the product, and prevent the product from bonding during further processing. This method is suitable for many rubber and silicon products.   History of plasma polymerization:   In 1982, functional plasma-polymer film deposition was identified, and these plasma-functional methods can be used not only to produce hydrophobic coatings, but also to improve the biocompatibility of biological implants. The value of functional plasma polymers has been applied in water treatment, care of burn patients and other traumatic injuries. Technologies such as microchannel coating, nano-patterning and microencapsulation all use plasma polymers to improve product quality.