What are the standards for high-quality radiation-proof cemented carbide plates?
Because of various excellent properties, cemented carbide plates are widely used in the production of various molds, tools, high temperature resistant parts, wear resistant parts, corrosion resistant parts in the chemical industry, anti-shielding parts and so on. The performance requirements of cemented carbide sheets for different purposes are different, so today, let's learn about the advantages of cemented carbide sheets, and what are the criteria for identifying high-quality radiation-proof cemented carbide sheets.
The advantages of tungsten alloy plate: stable performance, wear resistance, pressure resistance, acid resistance, alkali resistance, corrosion resistance, high hardness, strong toughness, strong support force, high tensile force, not easy to deform, anti-oxidation, durable and so on. , Therefore, in the process of use, the tungsten alloy protective plate will not cause leakage phenomenon due to sagging, oxidation and other reasons.
Standard of radiation-proof cemented carbide plate: In general, the thickness of lead plate used for radiation protection is within 1-10mm. Therefore, in order to achieve the same radiation protection effect, the required thickness of the tungsten alloy plate is thinner than that of the lead plate. In addition, in order not to affect the X-ray shielding performance, it is required that the radiation-proof tungsten alloy plate should not have defects such as residual pores, cracks, etc. in addition to the overall density, and its internal uniformity should also meet the requirements.
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