Atmospheric pressure (atmospheric) wide plasma equipment
Product advantages:
1. Better treatment effect: The surface value of discharge is increased to 50mm, which can improve the cleaning effect by 3~5 times compared with ordinary atmospheric pressure plasma cleaners.
2. Faster processing speed: up to 8M/min.
3. Lower process temperature: the lowest process temperature is ≤40ºC, which effectively protects the product and does not cause thermal damage.
4. More stable process control: The plasma discharge is more stable, does not generate arcs, and does not generate electrical damage.
5. Lower cost of use: Nitrogen (N₂) and compressed air (CDA) are used as process gases, nitrogen generators are available, and maintenance costs are low.
6. Less dust generation: unique electrode structure and processing method minimizes the generation of dust (Particle)
Online query
Number Content Specification Parameters
1 Type Plasma Cleaning
2 Model Type A/M/D: 100~3270mm (handling width)
3 Constitute Plasma power supply, UT gas control unit, plasma electrode unit
4 Process gas N2 + CDA
5 Processing spacing 3~12mm
6 Processing temperature ≤50ºC
7 Drop angle ≤10°(100mm/s)
Product advantages:
1. Better treatment effect: The surface value of discharge is increased to 50mm, which can improve the cleaning effect by 3~5 times compared with ordinary atmospheric pressure plasma cleaners.
2. Faster processing speed: up to 8M/min.
3. Lower process temperature: the lowest process temperature is ≤40ºC, which effectively protects the product and does not cause thermal damage.
4. More stable process control: The plasma discharge is more stable, does not generate arcs, and does not generate electrical damage.
5. Lower cost of use: Nitrogen (N₂) and compressed air (CDA) are used as process gases, nitrogen generators are available, and maintenance costs are low.
6. Less generation of dust: Unique electrode structure and processing method minimizes particle generation

Product application:
1. Widely used in LCD (2G~11.5G) and OLED production processes.
2. Widely used in TP (touch screen) production process.
3. AF coating (anti-fingerprint), AS coating (anti-scratch), AG coating (anti-glare), AR coating (anti-reflection) pre-treatment.
4. The pre-treatment of the full bonding of the display screen and the pre-treatment of the ACF pressing of the display screen.
5. Metal film (Cu, Al, etc.), non-metal film (PET, PI, etc.) coil coating, surface treatment before bonding.
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