Machine de revêtement PVD pour verre Machine de revêtement sous vide par évaporation Usine

Features of PVD Coating Machine for Glass:

Glass-Specific Evaporation Source Configuration: Utilizing a high-efficiency resistance evaporation source or an electron beam evaporation source, it stably generates a metal vapor flow, ensuring a uniform and well-adhered coating on the glass surface. It is particularly suitable for transparent, translucent, and colored glass processing.

Large-Size Vertical Vacuum Chamber: The vertical cylindrical structure provides more stable airflow and better optical film uniformity, accommodating large areas or multiple glass substrates. It is highly adaptable to the production needs of architectural, furniture, and decorative glass.

Precise Temperature Control System: The equipment integrates a temperature ramp-up mode and cooling control to prevent deformation and cracking of the glass due to thermal expansion during coating, improving process stability.

Multi-Layer Film Evaporation Deposition: It can deposit multi-layer structures such as metal films, oxide films, and protective layers, meeting various applications including optical reflection, light transmission adjustment, color decoration, and functional enhancement.

Automatic Rotary Clamping Mechanism: The multi-angle rotating frame ensures uniform film deposition on the glass. The shielding structure allows for localized coating in different areas, suitable for art and decorative glass processing.

High-efficiency vacuum pumping system: Equipped with a combination of high-efficiency mechanical pumps and diffusion/turbomolecular pumps, it achieves ideal vacuum levels in a short time, increasing production cycle time and improving film purity.

Wide range of industries: Involving from insulating glass and reflective glass, furniture glass comprising door panels and decorative panels, lighting glass, such as lampshades and optical components, to art glass: artwork and gifts. Stable evaporation coatings for a wide range of industries.