1. How about the material of G5 tungsten steel
1. How about the material of G5 tungsten steel? Tungsten steel material G5 is suitable for making stamping dies and wear-resistant parts, such as stamping watch parts, musical instrument springs, etc.; Punching molds for battery shells and toothpaste skins; Stamping dies for small size steel balls, screws, nuts; The pressure plate of the hot twist drill bit. Hardness 8 Flexural strength 260 Density 14---18.
2. Tungsten steel G hardness: 8 tensile strength: 280 high hardness, toughness, good performance, mainly used in stretching molds, powder forming molds, textile parts, valve parts, bearing parts, stamping dies, extrusion deep-drawn plate wire rod rolls, large powder compaction molds, etc.
3. From the above table, it can be seen that the main alloy components of G5 cemented carbide are WC and CO, and the content of WC and CO in tungsten steel plates for different purposes is not consistent, and the use range is very wide.
4. Density G cm1 hardness HRA 8 hardness HV 125 bending force GPA G5 tungsten steel ** Description: Stainless steel, alloy steel sales**, die steel**, steel**, sales price G5 tungsten steel Steel main aliases: stainless steel, alloy structural steel, structural steel, aluminum, steel, die steel, mold material, wear plate.
Second, how much is the hardness of G5 tungsten steel milling cutter
1. How much is the hardness of G5 tungsten carbide milling cutter G5 cemented carbide is equivalent to China's standard cemented carbide YG11C, and the Rockwell hardness is HRA 80.
2. The hardness can reach HRB89 to 95, because of this, tungsten steel products (common tungsten steel watches) have the characteristics of not easy to be worn Page 5 Japanese tungsten steel, imported Japan Daijie tungsten steel G5, tungsten steel alloy plate G is often used in lathe tools, impact drill bits, glass knife heads, tile cutters, hard is not afraid of annealing, but brittle.
3. G5 cemented carbide is equivalent to China's standard cemented carbide YG11C, and the Rockwell hardness is HRA 80. It depends on the hardness of the tungsten carbide milling cutter itself, such as the tungsten carbide milling cutter of 50 degrees, 55 degrees, 60 degrees, 63 degrees, 65 degrees, etc., which is less than its own hardness can theoretically be milled. The harder the tool, the higher the **.