Plasma surface activation cleaning treatment before glass spraying

Nowadays, when people buy perfume, they are not only concerned about the fragrance, but also the packaging, which is no less important than the fragrance. At present, the glass bottles of perfumes of major brands are treated with plasma technology before printing. Traditionally, glass production generally only has three basic colors: white, green or brown. In order to produce more exquisite glass packaging, many products, such as cosmetic packaging, will go through the dyeing process, and metal beverage containers also need decorative spraying to attract end consumers.

1. Advantages of glass plasma cleaning and activation

1. It can be easily integrated into the spraying production line;

2. Reduce the defective product rate;

3. Plasma treatment makes it possible to use innovative spraying technology;

4. Fine plasma cleaning improves the surface microstructure;

5. Plasma activation treatment before glass spraying;

2. Advantages of plasma surface activation cleaning compared with traditional cleaning methods

It can handle samples of various shapes: For samples with complex shapes, plasma cleaning can find a suitable solution.

Low operating cost: fully automatic operation, can work continuously for 24 hours, without manual supervision, and the operating power can be as low as 500W.

No additional auxiliary items and conditions are required during the treatment process: the atmospheric plasma cleaning machine only needs 220V AC and compressed air source! No other additional items and conditions are required.

Stable treatment effect: The treatment effect of plasma cleaning is very uniform and stable, and the effect is maintained for a long time after conventional sample treatment.

No pollution during the entire treatment process: The plasma cleaning machine itself is a very environmentally friendly equipment, which does not produce any pollution, and the treatment process does not produce any pollution.

Low treatment temperature: The treatment temperature can be as low as 80℃ and below 50℃. The low treatment temperature can ensure that there is no thermal impact on the sample surface.

High treatment efficiency, fully automatic online production can be achieved: For atmospheric plasma cleaning, the sample surface only needs to be treated for a very short time, generally within 2S to achieve the effect. It can be matched with the original production line to achieve fully automatic online production and save labor costs.