Vacuum plasma spraying of titanium (Ti) and hydroxyapatite (HA) coatings; spraying titanium.

Compared with atmospheric plasma arc spraying, vacuum plasma arc spraying features a faster jet velocity, lower temperature, and controllable atmosphere within the spraying chamber. The coatings produced by this method are more dense, have lower oxygen content, and closely match the composition of the powder used.

Tungsten carbide spraying on the rotor of an internal mixer

Guangzhou Sanxin utilizes the advanced, U.S.-imported PRAXAIR JP8000 supersonic spraying equipment to apply wear- and corrosion-resistant coatings to tungsten carbide spray-mixed rotor blades, mixing chambers, and sealing devices of internal mixers.

Tungsten carbide wear-resistant coating applied by dispersion disk spraying

Currently widely used in the lithium battery slurry industry, it is suitable for various equipment in the lithium battery sector, including dispersion disks, screw shafts and spiral mixers, wear-resistant components for pulverizers, tanks, cylindrical bodies, conical hoppers, powder feeders, material conveyors, electrode manufacturing equipment, and wear-resistant coatings.

Tungsten carbide spray coating for mixing equipment dispersing discs

Tungsten carbide wear-resistant coating applied to the rotors and sealing devices of internal mixers.

Lithium battery equipment pipeline spraying with tungsten carbide

Lithium battery equipment coated with tungsten carbide.

Horizontal ribbon mixers, horizontal plow blade mixers, double-cone spiral mixers; high-speed lithium-ion battery mixers, planetary power mixers, dispersion-type mixers, paddle dryers, and other mixing, stirring, and dispersing equipment.

Surface wear-resistant coatings for spiral shafts in lithium battery equipment, screw conveyor machinery, battery raw material crushers, mixers, conical hoppers, powder handling machines, feeding systems, and more.