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The new energy industry and the market demand for ceramic coatings on lithium-ion battery equipment are booming. Guangzhou Sanxin’s nano-ceramic coatings have already been successfully implemented in numerous leading new-energy companies, including Ningbo Rongbai, Xiamen Tungsten, Shenzhen Betray, and Jiangmen Umicore. Guangzhou Sanxin provides a comprehensive suite of products—including ceramic coatings, equipment, technology, and construction services—tailored specifically for new-energy applications. These coatings are applied to lithium-ion battery powder-handling equipment, as well as to batching, mixing, and slurry-mixing devices, effectively isolating iron, copper, and zinc components.

Rotor coated with tungsten carbide for wear resistance and corrosion protection.

Tungsten carbide is sprayed using supersonic flame spraying. In industry, tungsten carbide is an ideal coating material that combines high-temperature resistance with excellent wear resistance. Applying a wear-resistant protective coating to devices can significantly enhance their performance and service life. The supersonic flame spraying method for applying tungsten carbide wear-resistant coatings is reliable and well-suited for mass production.

Plasma thermal spraying for hydrogen production, Renie nickel catalyst examples, equipment, nickel mesh spraying production line.

Nickel mesh spraying plasma production line for nickel-aluminum alloy powder

Guangzhou Sanxin Company has newly developed a porous plasma-sprayed coating that offers excellent wear resistance and corrosion protection. This coating boasts a porosity that allows for air and water permeability at an efficiency rate of over 30%, making it suitable for a wide range of applications including breathability, filtration, and thermal insulation. Arc spraying is a technique that uses an electric arc ignited between two continuously fed metal wires to melt the metal. A high-speed gas flow atomizes the molten metal, and the atomized metal particles are accelerated and sprayed onto the substrate to form a coating. Arc spraying is one of the most widely used thermal spray methods in practical engineering applications such as corrosion protection for steel structures, wear resistance, and repair of mechanical components. An arc-spraying system typically consists of a power supply specifically designed for spraying, a control unit, an arc spray gun, a wire feeder, and a compressed air supply system.

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