This product is mainly used for coating molybdenum plating consumable materials, this tungsten rod tungsten content is high. Tungsten carbide coating device through hard metal rod with a stun way into the metal crystal particles dispersed in the metal surface and penetrate into the covering member organization combined with the underlying metal will not fall off. Either low, medium, high carbon steel, SUS, SUH, SKS, SKH, ASP, etc. can handle any steel surface hardness up to HRC80 degrees, so that the workpiece wear and corrosion resistance and service life increases Surface coating infiltration: in all types of mold, tool cutting edge parts and mechanical parts wear surface for tools with carbide rods were coated electrodes, infiltration, get high wear resistance surface, extending molds, 1-3 times the tool life.
Size Fix: Improved surface after thickening 1-3um, can be used for dies, measuring tools and other mechanical parts like bearings trace repair.
Striae functions: strengthening the electrode in the liquid medium impact point of the metal surface to form a random spark, the spark can be formed by a variety of striae weak to strong effect.Thorium tungsten electron emission capability, allowing high current density arc burning more stable, but with a certain radioactive elements thorium, promote the application be affected.
Zirconium tungsten electrode must be protected from contamination on the base metal under special conditions, you can use this tungsten. This easy to maintain the hemispherical tip of the electrode, suitable for AC welding pieces, quality assurance, welcome to consult the discussion
Molybdenum carbide has a high melting point and hardness, good thermal stability and mechanical stability, and excellent corrosion resistance and other characteristics. Molybdenum is a silvery white refractory metal, a melting point of 2615 ℃, density of 10.2 g / cm 3, the expansion coefficient is small, a special tube is almost the same coefficient of expansion of the glass. Molybdenum stable at room temperature is higher than 600 ℃, rapidly oxidized.
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