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Shaanxi Zhongheng Weichuang Metal Materials Co., Ltd. supplies high-purity corrosion-resistant tantalum foil of different specifications, with customizable thickness.
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Tantalum foil has excellent corrosion resistance, high melting point, outstanding strength, good conductivity, and low temperature expansion coefficient, making it the preferred material for many high-temperature and high-pressure equipment and components.
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The corrosion resistance of tantalum foil enables it to maintain stable performance in intense chemical environments, making it less prone to corrosion and oxidation. Its high melting point allows tantalum foil to maintain structural stability and strength in extreme high-temperature environments, without easily melting. Tantalum foil also has excellent strength and can withstand high pressure and impact loads. In addition, tantalum foil has good conductivity and is an ideal choice for manufacturing electronic components and semiconductor equipment. Its low temperature expansion coefficient enables tantalum foil to maintain dimensional stability in different temperature ranges, making it less prone to deformation and cracking.
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Tantalum foil has a wide range of applications, including the aerospace industry. Tantalum foil is often used to manufacture engine components, fuel rods, and high-temperature structural parts, ensuring the reliability and stability of aerospace equipment. In the nuclear industry, tantalum foil, as a key material for fuel rods in nuclear reactors, can maintain structural integrity in high temperature and high pressure environments, ensuring the normal operation of nuclear reactions. In the field of electronics, tantalum foil can be used to manufacture vacuum tubes, semiconductor devices, and capacitors, and its excellent conductivity can ensure the stable operation of the equipment. In addition, tantalum foil is often used in research fields such as materials science, surface engineering, and chemistry to explore its broader application potential.
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The processing of tantalum foil mainly includes two steps: powder rolling treatment and the first vacuum sintering treatment. This step is to obtain coarse foil cold rolling treatment; The second vacuum sintering process and precision rolling process are used for further processing to ultimately obtain tantalum foil. The characteristic of this process is that it does not require heating the tantalum material to the melting point temperature for melting, so the process is relatively simple and the energy consumption is low. The tantalum foil obtained by this processing method has good thickness uniformity and flatness, and can be industrially promoted and used.
The preparation and application of tantalum foil demonstrate the diversity and functionality of tantalum as a metal. The strict quality control during its preparation process and its wide application in multiple fields reflect the importance and value of tantalum foil.
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In addition, the processing of tantalum and its alloys also includes other methods, such as melting, whose process includes mixing, forming, pre sintering, electron beam melting, precision forging, intermediate annealing, rotary forging, intermediate annealing, drawing, finished product annealing, quality inspection, and packaging and storage. The processing of tantalum alloy also includes extrusion, forging, rolling and other methods, which are used to produce various profiles (pipes, rods, wires, strips), etc.
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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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