Nano-alloy plating technology is by electrodeposition method, the alloy plating solution was added through a special preparation, dispersed nano-aluminum materials, nano-silicon carbide, carbide nano-materials and nano-alloy coating materials were deposited in, Nano-alloy composite coating generates its performance improved.
Nano-alloy composite coating corrosion resistance, ablation resistance, excellent wear resistance of composite indicators surpassed chrome plating, and the process is simple and can be fully automated control. The technology does not use chemicals containing chromium, so there is no heavy metal chromium emissions. The current efficiency was 80% technology, material utilization is greater than 95%. However, higher raw material costs by about 20% hard chrome plating. The technique is applicable to functional chromium plating.
This technique applies to decorative chrome improved processes. The typical nano-alloy plating chrome plating technology alternatives
Electrodeposition of nickel-cobalt-iron alloy coating nano raw materials cost more than about 10% hard chrome plating, plating stage advocated promotion
Electrodeposited Co-P alloy coating nano, higher raw material costs by approximately 30% hard chrome plating, and ultimately promote the coating.
Nano-tungsten alloy electrodeposition coating. Higher raw material costs by about 25% hard chrome plating, the transition temporary coating, electrodeposition will eventually cobalt-phosphorus alloy coating nano.
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