The double-door vacuum mirror coating machine coats the glass by means of resistance wire evaporation. In the vacuum chamber, the metal material (aluminum wire, chromium nickel, etc.) that adheres to the resistance wire is melted and vaporized by resistance heating, and the vaporized metal molecules It is deposited on the surface of the glass substrate to form a metalized reflective surface to achieve the purpose of glass mirrors. It has a reasonable structure, large pumping speed, short working cycle, high production efficiency, easy operation, low energy consumption, stable work, and a film layer. Uniformity, good film-forming quality and other advantages.
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Mode |
HCRE-1214 | HCRE-1416 | HCRE-1618 | HCRE-1820 | HCRE-2022 |
| Dimension | D1200×H1400 | D1400×H1600 | D1600×H1800 | D1800×H2000 | D2000×H2200 |
| Film Type | Semitransparent film, non-conducting film, gold, silver, red, blue, green, purple, seven color, etc. | ||||
| Power source Type | Thermal evaporation power, ion bombard power, RF power | ||||
| Vacuum chamber structure |
Vertical double/single door, horizontal single door, pump system postposition |
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| Vacuum system | Diffusion pump +Roots pump +Mechanical pump +Holding pump | ||||
| Ultimate vacuum | 8×10-4 pa（no-load net room） | ||||
| Pump time | Pump from atmosphere to 5.0*10-2,≦6 minutes | ||||
| Workpiece motion mode | 6 axis/8 axis/9 axis Public rotation/Frequency control | ||||
| Control mould | Manual/Automatic all-in-one mode, Touching screen+PLC | ||||
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Remark |
We can design the dimension of the vacuum chamber according to customer’s demand. | ||||
mirror
