This horizontal vacuum coating line adopts advanced magnetron sputtering deposition technology to deposit a series of dielectric and metallic thin films on the glass surface. It is designed for the production of various architectural glass products, including Low-E glass, solar-control coated glass, and AR-coated glass. The line can also be applied to automotive glass coating and aluminum mirror coating.

NorthGlass provides complete cathode assemblies, including rotary cathodes and planar cathodes with cover plates and process gas delivery systems. The sputtering components can be customized according to the actual installation dimensions of the coating line, making it easier for customers to design and integrate their coating systems; The cathode system supports both local and remote operation modes. It can communicate with the coating system through either a digital bus interface or an analog I/O interface, depending on specific application requirements.

The magnet bar adopts a fully enclosed aluminum profile structure, completely isolating the magnets and yoke from the cooling water inside the target tube. This design helps prevent magnetic field changes caused by long-term corrosion from water exposure; The aluminum profile structure significantly enhances the rigidity of the magnet bar, reducing the risk of deformation and friction with the target tube, thereby ensuring more stable magnetic field performance. The magnetic field can also be adjusted more conveniently; The water outlet is designed to direct cooling water precisely toward the high-temperature area of the sputtering target, delivering better cooling performance. The structure also allows for easier installation and maintenance.

NorthGlass offers both compact and standard end blocks with standardized interface designs, ensuring strong compatibility. The compact end block features a space-saving structure and lower cost, while the standard end block provides more stable performance and easier maintenance; The built-in carbon brush design effectively increases the current-carrying surface area, improving the maximum current capacity of the end block and ensuring stable operation under high-power conditions. The mechanical seal design helps prevent water leakage and significantly extends the service life of the end block; At present, more than 1,000 end blocks are operating reliably at various project sites.