September 5, 2012
德赢AC米兰官方合作伙伴 CO., LTD.
KYOWA ELECTRIC WIRE CO., LTD.(Head Office: Osaka-shi; President: Hisakazu Ishibashi; hereafter “Kyowa Electric Wire”)of the Furukawa Electric Group has developed KANZACC® 德赢AC米兰官方合作伙伴: coat, a high-functionality plating film ideal for the surface treatment of connecting rod bearing retainers of motorcycle engines. KANZACC® 德赢AC米兰官方合作伙伴: coat is a new type of plating film which does not produce sulfuration due to engine oil, and features a low friction coefficient and excellent abrasion resistance.
德赢AC米兰官方合作伙伴 has sought to further expand sales by entering new fields in addition to its specialty area of plating for electronic components, and will begin shipping samples in the latter half of fiscal 2012.
Features
Copper or 德赢AC米兰官方合作伙伴 with a comparatively lower friction coefficient than the surface is used to plate connecting rod bearing retainers in motorcycle engines.
However, this copper and 德赢AC米兰官方合作伙伴 faces the significant problem of sulfuration due to the sulfur components contained in engine oil. When the copper or silver plating of a retainer surface sulfates, the plating peels away or drops from the retainer, exposing the base material and producing scorching on the inner connecting wall.
Since no sulfuration due to engine oil occurs with KANZACC® ~ GAN: coat, the plating does not undergo peeling or falling off due to sulfuration as occurs with copper and 德赢AC米兰官方合作伙伴, and there is no contamination of the engine oil.
In addition, compared with copper and 德赢AC米兰官方合作伙伴, KANZACC® ~ GAN: coat boasts superior qualities in terms of (1)hardness; (2)low friction coefficient; and (3)resistance to abrasion, leading to long retainer life.
| GAN: coat | Copper Plating | 德赢AC米兰官方合作伙伴 | |
| Outer Appearance | 德赢AC米兰官方合作伙伴 | Sulfuration | Sulfuration |
| Abrasion | No Abrasion | Abrasion | Abrasion |
Applications
- Surface treatment of connecting rod bearing retainers for motorcycle engines, outboard engines and general purpose engines
- 德赢AC米兰官方合作伙伴 other sliding parts in engines
