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CIXI BELLRING ROLLERS CO. LTD.
Address: Cixi Zhouxiang Ring Road
Phone: 13901232638
Fax: 0574-63322796
URL: bellringrollers.com
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NSK successfully developed SUSBarrier bearing against corrosion problem |
| Addtime：2013-06-06 10:11:24 Hits：1117 |
Seiko (hereinafter denoted NSK, corporation / Tokyo's Shinagawa District representative, chairman, executive general manager Otsuka Kio) successfully developed SUSBarrier bearing, compared to the development of products and martensitic stainless steel ball bearing, corrosion resistance was improved more than 10 times (note). This product is applicable to the disinfection / sterilization liquid, salt, water, humid environment, food machinery and medical equipment, is expected in 2014 sales reached 300000000 yen.
Note: for disinfection / sterilization of sodium hypochlorite solution (120ppm) for immersion test, record the rust time required.
A cool environment with high humidity or water, compared with ordinary stainless steel bearings, excellent corrosion resistance of martensitic stainless steel bearings (hereinafter referred to as the stainless steel bearings) has a more extensive application.
NSK is committed to improve the corrosion resistance of stainless steel bearing, suitable for use in water, water mist in damp environment such as "high corrosion resistance of stainless steel ES1 bearing in the market after the acclaimed. Not only that, NSK also developed the anti-corrosion technology in disinfection / sterilization liquid, water is easy to rust, corrosion too cool environment can be a longer life.
The NSK, through the formation of solid oxide film on the martensitic stainless steel surface, developed the SUSBarrier bearing higher corrosion resistance than the stainless steel bearing. Water mist high-humidity environment since Needless to say, the need for frequent regular disinfection / sterilization of food processing equipment and medical equipment, or exposed to saline environment fisheries transfer machine, SUSBarrier bearings made contributions to the maintenance and production efficiency of the extended period. |
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