Micro Tantalum Carbide Powder 1000μm Description
Tantalum carbide is a refractory ceramic material. TaC powder is hard and brittle. It exhibits high thermal and electrical conductivity. It is processed by sintering, which improves oxidation resistance, retention of hardness at elevated temperatures and temperature stability during steel processing. Our tantalum carbide powder is supplied in minimal particle sizes and is used in coating and vapour deposition procedures, as well as in applications that require large surface areas.
Tantalum carbide (TaC) is used to enhance the performance of cemented carbide cutting tools. These tools are employed in sectors such as the automotive and aerospace industries. Tantalum-niobium carbides contribute to improved oxidation resistance. They also increase retention of hardness, high-temperature strength and resistance to crater wear during steel processing. Owing to their thermal conductivity, the risk of thermal cracking during milling is reduced.
Micro Tantalum Carbide Powder 1000μm Specifications
Purity
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4N, 5N, 6N
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Particle size
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According to requirement
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CAS
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12070-06-3
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Melting point
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3 880° C
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Boiling point
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4 780° C
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Form
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Powder
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Micro Tantalum Carbide Powder 1000μm Applications
Aerospace: Tantalum carbide powder is used in aerospace applications. It is installed in jet engines, rocket propulsion systems and similar setups.
Electronics: Tantalum plays a significant role in electronics manufacturing. It is used in the production of high-performance capacitors, resistors and semiconductors.
Metallurgy: Tantalum carbide is employed as an alloying agent in superalloy production. These superalloys are designed to exhibit high heat resistance and mechanical strength.
Research: Laboratories and research institutions use this high-purity tantalum carbide powder for experiments, studies and materials testing.
Micro Tantalum Carbide Powder 1000μm Packaging
Our micro tantalum carbide is handled with care during storage and transport, thereby maintaining the product in its original condition.