Bathroom accessory (sanitary) vacuum ion plating
General Information
The working theory of VAKIA-CAC multi-arc ion plating machine is the application of vacuum arc discharge technology to evaporation source technology. The evaporation source (cathode) is ignited in a vacuum environment forming a self-sustaining arc discharge with the anode releasing target material ions from the cathodic arc radiant point. Due to the local current focus, the heat generated a localized ionization of the cathode material that, when combined with the reaction gas under the action of the workpiece bias, the deposits a plated film on the workpiece surface.
Coating Features
PVD Titanium coating on bathroom accessory Properties :
Finishing Properties: The machine is used to deposit TiN(gold color) ,Ti (silver color) and other coating on sanitary, After coating , it looks bright, metallic, smooth, and it's rust-proof,water proof. have a long life time.
REC-2215 Specifications
| MODEL | VAKIA-CAC1416 | ||||||
| TECHNOLOGY | plasma, ion plating,, cylindrical target | ||||||
| MATERIAL | Stainless Steel (S304) | ||||||
| CHAMBER SIZE | Φ1400*1600mm (H) | ||||||
| CHAMBER TYPE | Cylinder, vertical, 1-door | ||||||
| EVAPORTATION SYSTEM | EXCLUSIVE DESIGN FOR BATHROOM ACCESSORY | ||||||
| DEPOSITION MATERIAL | Titanium,Silver, Copper, Chrome, Stainless Steel, Aluminum,Nickel | ||||||
| CONTROL | PLC(Programmable Logic Controller) + Touch Screen | ||||||
| PUMP SYSTEM | Rotary Pistonr Vacuum Pump SV630BF *1 | ||||||
| Rotary Vane Vacuum Pump D60C *1 | |||||||
| Roots Vacuum Pump WAU2001 *1 | |||||||
| molecular Pump TYFB-3600*2 | |||||||
| PRE-TREATMENT | Plasma Cleaning | ||||||
| SAFETY SYSTEM | Numerous safety interlocks to protect operators and equipment | ||||||
| COOLING | Cold Water | ||||||
| POWER ELECTRICAL | 480V/3 phases/60HZ ( USA compliant) | ||||||
| 460V/3 phases/50HZ ( Asia compliant) | |||||||
| 380V/3 phases/50HZ ( EU-CE compliant) | |||||||
| FOOTPRINT | L6000*W3400*H2500mm | ||||||
| TOTAL WEIGHT | 7 T | ||||||
| CYCLE TIME |
40 minutes (depending on substrate material, substrate geometry and environmental conditions) |
||||||
| POWER MAX.. | 60KW | ||||||
| AVERAGE POWER CONSUMPTION (APPROX.) | 40KW |
