Introduction:
Low-temperature plasma surface treatment technology is carried out before many processes, and can achieve a multiplier effect. Among them, there are many processes that are applied: bonding pretreatment, printing pretreatment, bonding pretreatment, welding pretreatment, and package pretreatment. According to their own characteristics and more applications: cleaning the naked eye can not see the dust, residue, oxides, carbon deposition, etc., so that the surface of the material is roughened, activated, enhanced hydrophilicity. Features:
1. Easy to operate and low cost
2. Efficient vacuum electrode
3. Gas flow through the flow meter and needle valve for precise control
4 power can be adjusted within 200W control (can fully meet the cleaning needs, more than 200W power for etching)
5. Automatic impedance matching
6. Free setting parameters: processing time, power, gas, pressure
7. Security protection function: vacuum trigger, door lock Technical Parameters:
Model:PT-15S
Power supply: AC220V
Working current: The whole working current is less than 1.2A (without vacuum pump)
RF power supply: 0-600W
RF frequency: 40KHZ or 13.56MHz optional (offset less than 0.2KHz)
Frequency offset: less than 0.2KHz
Characteristic impedance: 50 ohms, automatic matching
Vacuum degree: 30Pa-100Pa
Gas flow: 10—100ml/min (adjustable)
Process Control: MCU Automatic and Manual Methods
Cleaning time: 1-99999 seconds adjustable
Power size: 10%-100% adjustable
Inner cavity size: 200mm×150mm×400mm
Dimensions: PT-15S type_650*520*500
Weight: 45Kg
Vacuum pump: 2XZ-6
Vacuum chamber temperature: less than 65°C
Cooling method: Forced wind
Introduction:
Low-temperature plasma surface treatment technology is carried out before many processes, and can achieve a multiplier effect. Among them, there are many processes that are applied: bonding pretreatment, printing pretreatment, bonding pretreatment, welding pretreatment, and package pretreatment. According to their own characteristics and more applications: cleaning the naked eye can not see the dust, residue, oxides, carbon deposition, etc., so that the surface of the material is roughened, activated, enhanced hydrophilicity.
