How to improve adhesion of plasma cleaning equipment!

In the production process of medical products, a thin layer of pollutants is often left on the surface, and the stability of the bonding effect will directly affect the stability of the product. The surface tension, surface free properties, functional group properties, and reactions between interfaces all affect the final effect between adhesives.

Plasma cleaning equipment can undergo complex chemical reactions on the surface of activated materials by introducing reactive gases, producing hydrocarbons, amino groups, carboxyl groups, etc. Improving surface roughness is an active factor that can effectively enhance the surface activity of materials without damaging the material foundation. 

Plasma cleaning machines can improve surface roughness, remove interface pollutants before bonding, and enhance bonding effectiveness., 

After the plasma activation process of medical products, high-energy substances are prone to breaking weak chemical bonds, and it usually only takes a few seconds to effectively remove these organic pollutants.

There are many types of medical materials, including medical materials. PP materials are commonly used in the medical industry and can be made into disposable medical products, disposable gloves, transparent tapes, medical transparent tubes, etc. Due to their excellent chemical stability, mechanical properties, and physiological characteristics, tablets, artificial kidney splints, and other products are often produced.

 With the development and increasing demand of the times, plasma surface cleaning machines are increasingly being applied in the field of new energy

Low temperature plasma cleaning machines not only have common cleaning, activation, and modification applications, but also have surface etching and coating functions. We often see that when the surface of some products is very smooth and difficult to adhere to, we should cleverly use a plasma cleaning machine to treat the surface of the material, thereby improving the adhesion between materials and product quality.

Plasma surface treatment can significantly improve the adhesion of polyester film surface and enhance product reliability. Low temperature plasma cleaning machine can be used for treatment. In addition, the application of plasma surface treatment in the production process of solar panel junction boxes can improve production efficiency, effectively improve product quality, and extend product service life.

The battery processing of lithium-ion batteries for vehicle power is an important step in the production and assembly process, which includes edge sealing and ear leveling. After the extreme ear is leveled, organic matter and small particles can be removed by a low-temperature plasma surface cleaning machine, improving the reliability of subsequent laser welding.

During the production process, lithium battery cells often have uneven or even bent tabs, resulting in false welding during the welding process. After leveling the battery lugs, the surface of the lugs is treated with a plasma cleaning machine to remove impurities such as organic matter and particles, making the weld surface rough and ensuring good welding effect of the lugs.

I believe that in the future, plasma surface processors will play a crucial role in the field of new energy. In addition, low-temperature plasma cleaning machines have also achieved great success in many other fields, such as digital products, silicone rubber, automotive, textile and other industries. Due to the advantages of plasma technology, it is now highly favored by many industries in medical equipment and automotive materials! 

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