Name: Tantalum powder | Spec:* | ||
Chemicals: % | SIZE: 40-400mesh, micron | ||
Ta | 99.9%min | C | 0.001% |
Si | 0.0005% | S | <0.001% |
P | <0.003% | * | * |
Tantalum powder is typically classified into two main categories based on its intended use: capacitor grade and metallurgical grade.
Capacitor Grade Tantalum Powder:
This type of tantalum powder is used primarily in the production of capacitors and is further divided into three series based on operating voltage:
Low Voltage Series: For capacitors with an operating voltage not exceeding 25V.
Medium Voltage Series: For capacitors with an operating voltage between 32V and 40V.
High Voltage Series: For capacitors with an operating voltage of 50V or higher.
Capacitor-grade tantalum powder is known for its high purity and fine particle size, making it ideal for efficient energy storage and long-lasting performance in electronic devices.
Metallurgical Grade Tantalum Powder:
This type of tantalum powder is used in powder metallurgy applications, where it is processed into various forms like tantalum rods, tantalum bars, tantalum sheets, tantalum plates, and sputter targets. It is characterized by particularly fine grain sizes, which are ideal for producing high-performance alloys and components. Metallurgical-grade tantalum powder is also known for its excellent thermal and electrical conductivity, along with its superior corrosion resistance.
In both categories, HSG Metal ensures the production of tantalum powder with high purity (99.9% - 99.99%) to meet diverse industrial requirements, whether for capacitors or metallurgical applications.
Tantalum powder is primarily used to produce tantalum sputtering targets, the third-largest application for tantalum powder after capacitors and superalloys. These targets are crucial for semiconductor applications, particularly in high-speed data processing and storage solutions in consumer electronics. Key applications include:
Semiconductors: Used in tantalum sputtering targets for the production of semiconductor devices, vital for high-speed data processing and storage in electronics.
Electronics: Essential in the production of capacitors, widely used in mobile devices, computers, and medical equipment for stable performance at high voltages.
Aerospace & Defense: Utilized in high-strength alloys for aerospace components, including turbine blades and heat-resistant materials, as well as in armor-piercing ammunition.
Chemical Industry: Ideal for corrosion-resistant equipment, such as heat exchangers, reactors, and piping systems exposed to harsh chemicals.
Medical: Due to its biocompatibility, tantalum powder is used in medical implants, surgical tools, and contrast agents.
Additionally, tantalum powder is processed into various forms such as tantalum rods, tantalum bars, tantalum wires, tantalum sheets, and tantalum plates. As a professional tantalum powder supplier, HSG Metal provides high-purity Tantalum powder for various application requirements. Contact us now!
The methods of preparing tantalum powder include metal thermal reduction of tantalum pentoxide, carbon reduction, molten salt electrolysis, hydrogen reduction of tantalum halide, metal thermal reduction and metal thermal reduction of tantalum containing fluoride complex. At present, tantalum powder is mainly prepared by sodium reduction of potassium flutantalate.
High Melting Point: Ideal for high-temperature applications.
Corrosion Resistance: Resistant to acids and aggressive chemicals.
High Density: Useful for applications requiring mass in a small volume.
Biocompatibility: Safe for use in medical implants.
Electrical Conductivity: Excellent for electronic components like capacitors.
Thermal Conductivity: Helps maintain stable temperatures.
Strength & Ductility: Strong yet malleable, suitable for aerospace and defense.
Non-reactive to Body Fluids: Safe for medical use.
Additive Manufacturing: Can be used in 3D printing for precise, complex parts.
Alloying Potential: Can be combined with other metals for improved properties.