Cars drive in various complex environments and are easily corroded by rain, salt, oil and other substances. The Automotive Function Coating Machine can form a dense protective layer on the surface of the car to effectively isolate the intrusion of external corrosive factors, thereby extending the life of the car. service life. Moreover, in daily use, the car surface may be scratched and worn. The coating sprayed by the Automotive Function Coating Machine has friction resistance, which can significantly reduce external damage to the car surface and maintain the gloss and beauty of the car body. The Automotive Function Coating Machine also has a self-cleaning function. The coating surface has a low surface tension, causing water droplets to roll in a ball shape on the coating surface, thereby taking away dust and dirt on the surface. This self-cleaning function not only reduces the number of car washes, but also ensures the cleanliness of the car surface. The damage caused by ultraviolet rays to the car surface cannot be ignored. Long-term exposure will cause the car surface to fade and age. The coating sprayed by the Automotive Function Coating Machine can resist the erosion of ultraviolet rays, maintain the color and gloss of the car surface, and extend the service life of the car.
System Summary
This coating machine can help manufacturers of cars and trucks to reduce the size of the engine without affecting the performance and service life of the vehicle and improve its efficiency.
This type surface treatment process can highly reduce friction and wear, which can open a new angle of view and technical solutions for the engine inside and outside.
Advantage:
• High wear resistance and low friction coating
• Matrix structure of diamond and graphite
• Dry friction coefficient of steel 0.1
• High hardness, up to 3.000HV
• Counterpart protection
• Chemically inert, avoid cold welding
• Excellent dry lubrication characteristic
• The deposition temperature<200℃
System Type
• Vertical Batch – Single or double door
Coating:
• TiN, TiC, TiCN, TiAlN, TiAlCN, TiCrN, TiCrN, TiCrCN, TiAlCrN and other multilayer super hard coatings.
APPLICATION:
• Hybrid electric vehicles, internal combustion engines and motor size reduction
• Start/stop system (oil film break)
• Direct injection gasoline/diesel engine
• Automotive engine parts
• Mechanical racing coating
• Engine valves