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Tantalum plate, as a corrosion-resistant and high-temperature stable material, is widely used in chemical, aerospace, electronics and other fields. Firstly, tantalum plates play an important role in the chemical industry. Due to its excellent corrosion resistance, tantalum plates are often used to manufacture equipment such as chemical reactors, heat exchangers, and storage tanks.
Secondly, tantalum plates are widely used in the aerospace industry. Due to their high melting point and high temperature resistance, they are often used to manufacture key components such as engine parts and combustion chamber liners, greatly improving the performance of aircraft.
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Tantalum can be used as a substitute for stainless steel in equipment for producing various inorganic acids, and its lifespan can be increased by several tens of times compared to stainless steel. In industries such as chemical, electronic, and electrical, tantalum can replace the tasks that used to be undertaken by precious metal platinum, greatly reducing the required costs.
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Tantalum is still an important element for refining super strong steel, corrosion-resistant steel, and heat-resistant steel alloys, and can provide special materials necessary for the development of space technology such as rockets, spacecraft, and jet planes. Non magnetic alloys made of tantalum and tungsten are widely used in the electrical industry, especially tantalum carbide composed of tantalum and carbon, which has great hardness and is comparable to diamond even under high conditions.
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In addition, tantalum plates also play an important role in the electronics industry. Due to its excellent conductivity, weldability, and corrosion resistance, tantalum plates are often used to manufacture electronic components such as capacitors and thin film resistors. These components are widely used in electronic products such as smartphones and tablets.
      
      
Tantalum plates also have other advantages, such as good processability and plasticity, making them easy to process into parts of different shapes and sizes. In addition, the low thermal conductivity of tantalum plates makes them excellent in some applications that require insulation. It also has high density and strength, making it excellent in stability under some special environments and high-pressure conditions.In summary, tantalum plate, as an important metal material, plays a crucial role in fields such as chemical engineering, aerospace, and electronics. Its corrosion resistance, high temperature stability, and excellent processing performance make it an ideal choice for many critical applications. Enterprises can fully utilize the advantages of tantalum plates according to their own needs, promote technological innovation and industrial development.
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The production process of tantalum plate mainly includes melting, forging, rolling, extrusion, etc. During the processing, measures need to be taken to protect the metal surface from oxidation, such as using salt bath heating, coating, wrapping, inert gas protection, etc. When thermal processing is necessary, it should be carried out under the protective coating or in an inert gas atmosphere to avoid excessive oxidation or embrittlement of the tantalum surface.
Purity: ≥ 99.95%
Specification: Customized production according to customer requirements
Packaging method: Wooden crate packaging
Freight: to be borne by the supplier
Post service: If there are any quality problems during the warranty period, the supplier shall bear all responsibilities (within the normal scope of use)
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