The hardness of tungsten carbide can achieve a range from 89 to 95 HRA, which corresponds to approximately 69 to 81 HRC. Its Mohs hardness is around 9, and its […]
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Tungsten carbide is a type of carbide. However, in the mold or tool industry, when “carbide” is marked on the drawings, it usually refers to tungsten carbide, and if it […]
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The price of high carbon steel is cheap, the hardness of high-speed steel is higher, and the wear resistance of high-speed steel is better. High speed steel is used for […]
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Yes, it can be used for drilling, typically employed for processing tiny holes. It is applied in drilling holes in tool steel, high-speed steel, and carbide. Our company uses oil […]
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Grinding carbide is not dangerous if done by professionals. For individuals without operational experience, training in the operation of grinding machines is necessary, as any mechanical operation has certain risks. […]
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I. Overview of dressing techniques for Superabrasive grinding wheels Superabrasive grinding wheels, due to their extremely high hardness, are difficult to dress using traditional methods. Therefore, various specialized dressing techniques […]
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I. Introduction to silicon carbide grinding wheels Silicon carbide grinding wheels, made of silicon carbide abrasives and binders, are widely used in the grinding industry due to their high hardness, […]
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Carbide grinding typically refers to the processing of carbide using grinding machines. It can also indicate the carbide tools used on the grinding machines, such as carbide grinding heads, carbide […]
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Tungsten carbide, with its hardness reaching 85° to 90° HRA and excellent wear resistance, has become a commonly used material in the field of mold processing. However, grinding tungsten carbide […]
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A surface grinder is a precision machining tool widely used in industrial production, especially suitable for grinding materials with high hardness, such as tungsten carbide. This article introduces how to […]
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