Preform Part
Tungsten carbide is widely used in industry because of its extraordinary properties. Because of its wear resistance and hardness, tungsten carbide is ideally suited for wear parts, other machine parts and dies which are subject to severe service conditions, such as high temperatures, corrosion and abrasion.. In recent years, tungsten carbide has emerged as a superior alternative to steel in many industrial applications.
High performance cemented carbides for molding；Standard Specification For Square Material and Standard Specifications Of The Rings. Also we can produce the your drawing of ring.
- 100% raw material;
- Hip sintered, high hardness, high wear resistance;
- Tunable residual stress
- Electrochemical corrosion resistance
Polarization curve (corrosion current reduced, corrosion rate decreased significantly, corrosion resistance improved significantly)
About US
Hunan Boyun Dongfang Powder Metallurgy Co., Ltd. was founded in 1994 by the Institute
of powder metallurgy of Central South University of Technology (now the research center
of powder metallurgy engineering of Central South University) and Hunan Yinzhou Co.,
Ltd. (now the wholly-owned member company of China Dongfang asset management
company, Bangxin Asset Management Co., Ltd.),now it is the holding subsidiary of
Hunan Boyun New Material Co., Ltd. (Stock Code: 002297), with a registered capital
of 60 million yuan.The company is a national high-tech enterprise with Academician
Huang Boyun, the top material scientist in China, as the chief scientist and honorary
chairman of the board, integrating domestic and foreign talents and technological
advantages, integrating production, learning, research and application, engaged in the
research, development, production and sales of high-performance cemented carbide.
The member of China Tungsten Industry Association, China mold industry association,
China machinery industry metal cutting tool technology association.
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100% Custom Tungsten Carbide Parts , Tungsten Carbide Components High Electrically Conductive Images
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