NANOMET METAL COMPOSITE CERAMIC PISTON RING1
The use of advanced nano-permeability ceramic equipment and ultra-low-temperature plasma particles vapor deposition generates one metal infiltration of
ceramic layer on the surface of piston rings on which two-phase diffusion and network structure coexists. So that the surface hardness of piston ring increases
by 20% and the corrosion resistance is significantly reduced
PERFORMANCE:
Withstanding ultra-high temperature: The thermal conductivity increases by 45%, and increases with temperature.
Environmental protection: The absorption of atomic oxygen by Nanomet metal composite layer plays a catalytic role in CO and HC, which greatly reduces the amount of exhaust emissions.
Anti-abrasion: Our product has qualities of higher surface hardness, tenacity, corrosion resistance and lower coefficient of friction than conventional product,
and increases friction coefficient of piston rings by 3-5 times, which brings on great exaltation in use life;
Antifriction: Our product has a lower friction coefficient and thermal conductivity, which brings on the engine efficiently energy saving. Moreover, one
professional test showed that our product can save fuel by 7-22%.
PERFORMANCE:
Withstanding ultra-high temperature: The thermal conductivity increases by 45%, and increases with temperat
The bad piston ring may be related to the air leakage caused by its wear or coke connection with the piston ring groove. If after cutting off a cylinder, the exhaust gas no longer from the oil or vent vent, the cylinder piston is not good use.
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