Vacuum magnetron sputtering coating equipment, integrating magnetron sputtering and ion plating technologies, is suitable for the preparation of films on metals, alloys, compounds, etc.

•  High deposition rate ‌ : By using high-speed magnetron electrodes, the ion current is large, significantly enhancing the deposition rate and sputtering rate, resulting in high production capacity and suitability for industrial mass production.
•  Superior power efficiency ‌ : The voltage of the magnetron sputtering target is usually selected as 200V-1000V (commonly 600V), which falls within the highest power efficiency range and has low energy consumption.
• The ‌ substrate temperature is low ‌ : By conducting away the discharged electrons through the anode, there is no need for the substrate support to be grounded, which can reduce electron bombardment and is suitable for coating on substrates such as plastics that are not resistant to high temperatures.
• Youdaoplaceholder0 Strong film layer performance ‌ : The film layer has strong adhesion and high density, which can effectively enhance the salt spray resistance, wear resistance and surface hardness of the product, meeting the requirements for the preparation of high-performance film layers.
• The utilization rate of the ‌ target material can be enhanced ‌ : by optimizing the magnetic field distribution or moving the magnet, the utilization rate of the target material can be increased (the conventional utilization rate is approximately 20%-30%).

• Coating materials and coating types ‌ : Various metal compound coatings such as TiN, TiCN, TiC, TiO₂, TaN, CrN, ZrN, CRC, etc. can be coated to achieve color effects such as deep black, in-furnace gold, rose gold, imitation gold, zirconium gold, sapphire blue, and bright silver.
• Applicable substrates ‌ : Widely applicable to stainless steel, water-plated hardware parts, plastic parts, glass, ceramics and other materials.
•  Typical application scenarios ‌ : mainly used for surface coating treatment of brand leather goods and hardware, high-end watches, high-end jewelry and other products, enhancing the appearance texture and durability of the products.

Compared with traditional coating technologies (such as electroplating and hot-dip plating), vacuum coating technology (especially magnetron sputtering) has advantages such as a wide range of coating material selection, easy control of coating thickness, stronger adhesion, and a wide range of applications. Moreover, it is more energy-efficient, safe and environmentally friendly during operation, and will not cause deformation or performance degradation of the coated material due to high temperature.