Product Features

• High Hardness:Tungsten boride exhibits a Vickers hardness ranging from 20 GPa to 30 GPa, providing exceptional wear resistance.
• High Temperature Resistance:With a high melting point (W₂B’s melting point is 2670°C), it is suitable for high-temperature environments.
• Oxidation Resistance:While oxidation occurs above 600°C, its oxidation products are stable, making it suitable for high-temperature applications.
• Good Electrical Conductivity:It has metallic resistivity, making it useful for electronic material applications.

Applications

• High-Temperature Technology and Vacuum Industry:Ideal for high-temperature and vacuum environments, such as in lightbulb manufacturing and nuclear energy industries.
• Ultra-High Temperature Ceramics and Aerospace:Used in the production of ultra-high temperature ceramics, aerospace equipment, and high-speed aircraft.
• Wear-Resistant Coatings:Due to its hardness and wear resistance, tungsten boride is widely used in wear-resistant coatings.
• Electronic and Ceramic Materials:It has broad applications in electronic materials, ceramics, rare earth materials, and alloy materials.

Product Features

• Efficient Catalyst:Ni₂B is a highly efficient catalyst, especially in hydrogenation reactions.
• Good Reducing Properties:It is also used as a reducing agent, effectively facilitating reaction processes.
• Hexagonal Crystal Structure:The unique crystal structure of Ni₂B contributes to its enhanced catalytic performance.

Applications

• Catalysts:Ni₂B is extensively used in catalytic reactions, especially as a heterogeneous hydrogenation catalyst.
• Chemical Synthesis and Petrochemical Industries:Used in catalytic reactions for chemical synthesis, as well as in petroleum refining and hydrogenation processes.
• Reduction Reactions:Acts as a reducing agent in various chemical reactions, improving reaction efficiency and product purity.

Product Features

• High Melting Point:Mo₂B has a high melting point, making it suitable for high-temperature environments.
• Exceptional Wear Resistance:Mo₂B performs excellently as a wear-resistant coating material.
• Chemical Stability:It has good chemical inertness, resisting chemical corrosion at high temperatures.
• Wide Adaptability:It excels in various high-temperature, high-pressure, and harsh environments.

Applications

• Electronics and Alloy Additive:Mainly used as an additive in electronic tungsten and molybdenum alloys, improving their physical properties.
• Wear-Resistant Coating Materials:Used in the production of durable semiconductor films and coating materials, enhancing material durability.
• High-Temperature Technology Applications:Applied in high-temperature environments, such as in high-temperature alloys and electronic device materials.

Product Features

• High Hardness and Strength:Maintains excellent strength and hardness in high-temperature environments.
• Good Electrical Conductivity:Suitable for electrical transmission systems.
• High-Temperature and Oxidation Resistance:Stable for use in extreme temperature conditions.
• Superconducting Properties:Exhibits superconducting behavior at low temperatures, making it ideal for magnets and magnetic field detectors.

Applications

• Steelmaking Additive:Used to enhance the strength and durability of metals in the steelmaking process.
• Corrosion and Thermal Shock Resistant Materials:Ideal for engineering materials requiring high-temperature and oxidation resistance.
• High-Temperature Oxide Coatings:Applied as coating materials in high-temperature environments to protect surfaces from oxidation.
• Superconducting Magnets and Power Transmission Lines:Performs excellently in superconducting applications and electrical transmission systems.
• Sensitive Magnetic Field Detectors:Used in applications requiring high-sensitivity magnetic field detection.

Product Features

• High Thermal and Electrical Conductivity:Like titanium diboride (TiB₂) and zirconium diboride (ZrB₂), HfB₂ demonstrates excellent thermal and electrical conductivity.
• Ultra-High Temperature Ceramic:It has a very high melting point, making it suitable for high-temperature environments.
• Strong Corrosion Resistance:HfB₂ has good chemical stability, allowing it to perform well in harsh environments.
• Strong Structure:It offers high hardness and excellent oxidation resistance.

Applications

• Hypersonic Reentry Vehicles:Used in high-temperature components for hypersonic reentry vehicles.
• Nuclear Reactor Control Rods:Potentially used as a new material for control rods in nuclear reactors.
• Microchip Diffusion Barriers:Applied as diffusion barriers in microchips, helping to enhance the stability of chips.
• High-Temperature Alloys:Used in the manufacture of high-temperature alloys, especially in extreme temperature applications.
• Pharmaceutical Industry:As an auxiliary pharmaceutical chemical, supporting certain chemical reactions.

Product Features

• High Melting Point and Hardness:Melting point reaches 3246°C, hardness is between 20-25 GPa, making it ideal for extreme conditions.
• Excellent Thermal and Electrical Conductivity:Thermal conductivity exceeds 50 W/m·K, electrical conductivity is approximately 105 S/cm.
• Superior Oxidation and Chemical Resistance:Exhibits excellent stability in high-temperature and corrosive environments.
• Good Densification:ZrB₂ powder achieves high densification, making it suitable for high-performance ceramic material production.

Applications

• Ultra-High Temperature Applications:Widely used in ceramic materials for environments that require high-temperature resistance.
• Composite Ceramic Production:ZrB₂ is often combined with other materials like SiC to create high-temperature, corrosion-resistant composite materials.
• Refractory Materials:Extensively used in high-temperature molten metal applications for its corrosion resistance.
• Aerospace Industry:Used in thermal protection systems and other high-performance engineering materials to ensure reliability in extreme conditions.

Product Features

• High Hardness:VB₂ has a high hardness, making it suitable for applications that require wear resistance and high-hardness materials.
• Excellent Oxidation Resistance:VB₂ maintains excellent oxidation resistance at temperatures above 1000°C, ensuring good high-temperature stability.
• Hexagonal Crystal Structure:The hexagonal crystal structure of VB₂ provides favorable physical properties and chemical stability.
• Electrical Conductivity:As a conductive ceramic material, VB₂ exhibits good electrical conductivity, making it ideal for electrical applications.

Applications

• Conductive Ceramic Materials:Due to its high electrical conductivity, VB₂ is widely used in the production of conductive ceramics, particularly in high-temperature and high-pressure environments.
• Air Battery Applications:In the field of air batteries, VB₂ is used to enhance battery performance and extend the service life due to its stability and conductivity.

Key Features

• High Hardness: TiB₂ has exceptional hardness, making it ideal for wear-resistant and cutting tools.
• Outstanding Thermal Stability: It maintains excellent performance under high temperatures, with oxidation resistance up to 1,100°C.
• Superior Oxidation Resistance: TiB₂ demonstrates excellent oxidation resistance, even at elevated temperatures.
• Good Electrical Conductivity: TiB₂ exhibits excellent electrical conductivity, suitable for electrical and electronic applications.
• High Bending Strength: With its high bending strength, TiB₂ is ideal for applications subjected to significant pressure and impact.

Applications

• Conductive Ceramic Materials: TiB₂ can be used as a raw material for high-performance conductive ceramics.
• Composite Ceramic Materials: As part of composite ceramics, TiB₂ enhances material hardness and high-temperature resistance.
• Armor Protection Materials: Due to its high hardness and oxidation resistance, TiB₂ is used in the manufacturing of armor protection materials.
• Aluminum Electrolysis Cell Cathode Coatings: TiB₂ serves as a coating material for aluminum electrolysis cell cathodes, significantly extending the service life of the cell.
• High-Temperature Equipment: TiB₂ is widely used in high-temperature metallurgy and aluminum electrolysis applications, where it can withstand extreme heat and harsh environmental conditions.
• Aerospace and Military Applications: As a high-strength and wear-resistant material, TiB₂ is used in critical components for aerospace and military industries.

Key Features

• Extremely High Hardness: TiB₂ boasts one of the highest hardness ratings, making it ideal for manufacturing cutting tools and wear-resistant components.
• Exceptional High-Temperature Performance: With a melting point of 2980°C, it maintains stability in extreme thermal environments.
• Oxidation Resistance: TiB₂ can resist oxidation in the air up to 1000°C, ensuring durability in high-temperature, oxidative conditions.
• Outstanding Chemical Stability: It is highly resistant to corrosive acids such as HCl and HF, making it suitable for aggressive chemical environments.
• High Crystallinity: The product is produced via high-temperature reactions, ensuring high crystallinity, with single crystal particles that can reach up to 1 mm, providing superior mechanical properties.

Applications

• Composite Ceramics: Used in the production of high-performance composite ceramics, particularly in applications requiring high hardness and high-temperature resistance.
• Molten Metal Processing: Ideal for use in crucibles and evaporation boats for molten metals, offering corrosion resistance against molten metals.
• Electrolytic Aluminum Industry: Used as a material for cathode plates in aluminum electrolysis, providing excellent corrosion resistance and high-temperature stability.
• Cutting Tools and Molds: Employed in the manufacturing of ceramic cutting tools and molds, increasing tool lifespan due to its high hardness and wear resistance.
• Aerospace Engine Parts: A critical material for high-temperature-resistant, corrosion-resistant composite components in aerospace engines, providing excellent mechanical strength.