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Guangzhou Sanxin Metal Technology Co., Ltd.

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Product Center—Spraying Equipment
Undertaking the construction of nano-ceramic coatings for lithium-ion battery equipment impeller blades and feeding shafts; ceramic layer coating and processing.

MengziUndertaking the construction of nano-ceramic coatings for lithium-ion battery equipment impeller blades and feeding shafts; ceramic layer coating and processing.

Guangzhou Sanxin Company utilizes American Miller plasma cladding equipment and technology to perform on-site cladding of wear-resistant ceramic coatings. This technology is particularly suitable for hopper, screw, and ribbon mixing and conveying systems in the lithium-ion new energy industry.

Undertaking coating of new energy equipment: ceramic coatings and tungsten carbide coatings.

MengziUndertaking coating of new energy equipment: ceramic coatings and tungsten carbide coatings.

We provide a wide range of equipment for the lithium battery industry, including screw shafts, screw conveyor machinery, battery raw material crushers, mixers, conical hoppers, powder processing machines, feeding systems, and other components with tungsten carbide wear-resistant coatings and ceramic coatings.

Undertaking the construction of hybrid reactors and螺带 nano-ceramic coatings for new-energy lithium-ion battery equipment.

MengziUndertaking the construction of hybrid reactors and螺带 nano-ceramic coatings for new-energy lithium-ion battery equipment.

Guangzhou Sanxin Company utilizes American Miller plasma cladding equipment and technology to perform on-site cladding of wear-resistant ceramic coatings, making it suitable for hopper, screw, and ribbon mixing and conveying systems in the lithium-ion new energy industry.

New energy spiral and ribbon spray coating construction for ceramic powder application—spraying nano-ceramic coatings.

MengziNew energy spiral and ribbon spray coating construction for ceramic powder application—spraying nano-ceramic coatings.

The American Miller plasma process generates a high-temperature plasma arc exceeding 10,000 degrees Celsius, which directly melts pure ceramics and sprays them onto the substrate at high pressure and high velocity to form a coating that achieves direct metallurgical bonding with the substrate.

Plasma Spray Coating—New Energy Lithium Battery Equipment: Ceramic Coating Engineering for Helical Ribbon Blades; Nano-Ceramic Coating by Spray Application

MengziPlasma Spray Coating—New Energy Lithium Battery Equipment: Ceramic Coating Engineering for Helical Ribbon Blades; Nano-Ceramic Coating by Spray Application

Using the American Miller plasma cladding equipment and technology, on-site construction can be carried out to apply wear-resistant ceramic coatings, making it suitable for hopper, screw, and ribbon mixing and conveying systems in the lithium-ion new energy industry.

Offering soldering iron tips, nickel-chromium alloy spray-coated soldering iron tips—corrosion-resistant, high-temperature resistant, and featuring a non-stick tin coating—plus supersonic spraying equipment.

MengziOffering soldering iron tips, nickel-chromium alloy spray-coated soldering iron tips—corrosion-resistant, high-temperature resistant, and featuring a non-stick tin coating—plus supersonic spraying equipment.

Supersonic equipment for spraying soldering iron tips, plasma-sprayed soldering iron tips with corrosion-resistant and non-stick coatings, and arc-spraying nickel-aluminum alloy wires.

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