Coatings offer clear advantages: high hardness, low friction coefficient, excellent chemical stability, and wide material compatibility. These features improve the service life and performance of mechanical parts significantly. Mechanical engineering has various application scenarios, such as widely used cutting tools and mold production and processing. Coatings improve surface hardness, maintain stability during high-speed cutting, reduce cutting forces, and significantly improve cutting speed and tool life. Coating the surface of injection molds, hardware molds, and die-casting molds is the best way to reduce mold wear and sticking.

In the application of gears and transmission components, such as gearboxes, they play a crucial role in matching speed and transmitting torque between the prime mover and the working machine or actuator. This machine is precise. It is designed to reduce rotational speed while increasing torque. Internally, structures such as gear transmission, worm drive, or gear worm drive exist where both the worm and gear can be coated. This increases the lubrication and wear resistance of the parts. The air conditioning compressor is becoming more and more miniaturized. The sliding blades that slide along the axis of the wheel center are continuously compressed inward by the inner wall of the chamber. The space between the sliding blades will decrease, leading to rapid wear and tear. Coatings are the solution to these problems.

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  Cutting tools

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  Reducer

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  Air compressor slide