low emissivity glass coating system
Found 29 Các sản phẩm
Máy sơn bay điện tử độ chính xác cao
I. Core Structure Vacuum system (Basic guarantee for coating) Vacuum chamber Vacuum pump set Vacuum measurement and control. Electron beam system (Energy supply core) Electron emission source Focusing and deflection device Power control module. Evaporation deposition System (Key to film formation) ...
Thiết bị sơn quang bay hơi tia electron quy mô lớn cho máy sơn pvd
I. Core Structure Vacuum system (Basic guarantee for coating) Vacuum chamber Vacuum pump set Vacuum measurement and control. Electron beam system (Energy supply core) Electron emission source Focusing and deflection device Power control module. Evaporation deposition System (Key to film formation) ...
Máy Phủ Màng Chân Không Bay Hơi với Điều Khiển PLC/Màn Hình Cảm Ứng cho Lớp Phủ Độ Tinh Khiết Cao (≥99.9%) và Tốc Độ Phủ Nhanh (50-500 nm/phút)
Evaporation Plastic Metallizing Vacuum Coating Machine Nickel Chrome Plating PVD Coating Machine utilizing advanced vacuum evaporation technology for high-quality metal film deposition. Core Functions & Process Principles This equipment employs vacuum evaporation technology within the Physical Vapor ...
Máy sơn chân không PVD cho AR / AF kính Magnetron Sputtering Lens sơn quang học với PLC và các thành phần lõi bơm
Magnetron Sputtering Applications of optical coaters Optical coaters control the characteristics of light by coating the surface of optical components, and the applications include: - **Optical Equipment**: Camera/Microscope Lens Anti-Reflection Coating, Mirror High Reflection Coating, Spectrometer ...
Đồ trang sức đồng hồ phụ kiện chân không Magnetron Sputtering Plating Pvd Sputtering Machine Inox Pvd Machine
Magnetron Sputtering Technology Overview Magnetron sputtering is a versatile Physical Vapor Deposition (PVD) technique widely used for depositing high-quality thin films on various substrates. It operates by ionizing a noble gas (e.g., argon) in a high-vacuum chamber (pressure < 10⁻³ Torr), creating ...
