Metal-ceramic milling cutters are high-performance cutting tools made from metal ceramic materials, primarily used for precision machining of high-hardness and high-strength materials. Metal ceramics combine the toughness of metals with the hardness of ceramics, enabling them to maintain excellent cutting performance in high-speed, high-temperature, and high-pressure environments. These cutters are ideal for machining hard materials such as steel, alloys, and aluminum alloys. Metal-ceramic milling cutters offer outstanding wear resistance and thermal stability, ensuring excellent cutting results even in high-temperature working conditions.

Features

• High Wear Resistance: Metal ceramic materials are extremely wear-resistant, maintaining sharpness even under prolonged, high-intensity use and resisting dulling.
• Excellent Thermal Stability: These cutters perform well in high-temperature environments, preventing material softening from heat and ensuring stability during cutting.
• Strong Pressure Resistance: They maintain excellent cutting precision and surface finish even under extreme working conditions.
• Wide Applicability: Suitable for machining various hard materials, especially in industrial fields that require high-temperature and high-pressure resistance.
• Long Service Life: Metal-ceramic milling cutters have a long service life in high-speed cutting, reducing the cost of frequent tool replacements.

Applications

• Metalworking Industry: Used for machining various hard metals, such as high-hardness steel, alloy steel, and aluminum alloys.
• Aerospace: Ideal for precision machining of aerospace components, particularly those requiring high wear and heat resistance.
• Automotive Industry: Widely used in the production and processing of automotive parts, especially precision components like engines and transmissions.
• Mold Manufacturing: Used for milling tool steels and high-hardness materials, ensuring high precision and efficient processing.
• Mechanical Manufacturing: In the production of various mechanical components, metal-ceramic milling cutters offer superior cutting performance, especially in precision machining.

Metalized ceramic balls (porous) are made from high-purity metal ceramic materials, offering excellent mechanical properties, conductivity, and corrosion resistance. Their unique porous structure provides outstanding adsorption, thermal conductivity, and filtration performance. These metalized ceramic balls are commonly used in high-temperature, high-pressure, and corrosive environments, showing exceptional performance in a variety of applications, particularly in catalytic reactions, gas filtration, and electronic packaging.

Features

• Porous Structure: With a high porosity, these ceramic balls provide a larger surface area, making them ideal for adsorption, filtration, and other similar needs.
• High-Temperature Resistance: These balls can maintain stability in high-temperature environments, making them suitable for high-temperature reactions and heat treatment processes.
• Conductivity: The metalized surface enhances electrical conductivity, making them suitable for use in electronic components.
• Corrosion Resistance: The metal ceramic material has excellent resistance to acids, alkalis, and other corrosive substances, ensuring reliable use in harsh environments.
• High Mechanical Strength: Even under high-pressure conditions, the metalized ceramic balls maintain good mechanical strength, minimizing the risk of damage.
• Excellent Filtration Performance: Their porous structure makes them effective as filtering and adsorption materials, capable of efficiently removing impurities from air or liquids.
• Good Thermal Conductivity: The excellent thermal conductivity of these ceramic balls ensures effective heat exchange and thermal management.

Applications

• Catalyst Support: Used as catalyst carriers in chemical reactions, widely applied in petrochemical, waste gas treatment, and other fields.
• Gas Filtration: Utilized in gas filters to efficiently filter out fine particles from air or gas streams.
• Thermal Management: Applied in electronic devices for heat dissipation, improving the thermal conductivity of the equipment.
• Electronic Packaging: Used as materials for electronic component packaging, ensuring electrical insulation and heat dissipation.
• Water Treatment: Employed as filtration materials in water treatment systems to remove solid particles and impurities from water.
• Batteries and Supercapacitors: Used in energy storage devices to improve energy density and electrical conductivity.
• Industrial Smelting: Utilized in high-temperature smelting environments as heat-resistant and corrosion-resistant materials.

Ti(C,N) metal ceramic grinding balls are made from a compound of titanium, carbon, and nitrogen, offering excellent wear resistance, hardness, and oxidation resistance. These grinding balls combine the toughness of metals with the high hardness of ceramics, making them particularly suitable for industries that require long-term, efficient grinding. Ti(C,N) metal ceramic grinding balls are widely used in grinding, milling, and mixing processes, maintaining stability under high-pressure, high-temperature, and high-load conditions while providing efficient grinding performance.

Features

• High Hardness: Ti(C,N) metal ceramic grinding balls possess exceptional hardness, effectively reducing wear during prolonged grinding processes.
• Strong Wear Resistance: Excellent wear resistance ensures a long service life even in large-scale grinding applications.
• High-Temperature Resistance: These grinding balls maintain stable performance in high-temperature environments, making them suitable for high-temperature grinding processes.
• Oxidation Resistance: With good oxidation resistance, they offer reliable long-term use in oxidative environments.
• Excellent Impact Toughness: The toughness of metal materials ensures the grinding balls remain intact even under strong impact, reducing the risk of breakage.
• Efficient Grinding: Thanks to their superior hardness and wear resistance, they can complete grinding tasks efficiently in a shorter time.

Applications

• Mining Industry: Widely used in grinding ores, sandstone, and other materials to improve grinding efficiency.
• Chemical Industry: Used in the grinding of chemical raw materials and powder production, especially for hard and corrosion-resistant chemical materials.
• Pharmaceutical Industry: Employed in the production of pharmaceuticals for particle grinding, offering high precision in particle control.
• Ceramics Industry: Used for grinding and mixing ceramic materials, ensuring high-quality ceramic product production.
• Coatings and Inks Industry: Commonly used in the grinding of liquids such as paints and inks, improving material uniformity and fineness.
• Food Industry: Suitable for grinding food powders, preserving the purity and quality of food ingredients.
• Electronics Industry: Used in the grinding of electronic materials, ensuring high precision in processing.

Product Features:

• Smooth Surface:The surface is smooth, free from cracks or noticeable scratches, meeting high precision standards.
• Uniform Diameter:Provides a consistent heating field, ensuring uniform temperature distribution.
• Complete Protective Coating:The dense protective film is highly durable and resistant to erosion.
• Strong Weld Points:The weld points are stable and impact-resistant, ensuring long-term stability of the element.
• Precise Bending:The bent portions have precise geometric shapes, adhering to design specifications.
• High Density:The high density improves conductivity, enabling faster heating and significant energy savings.
• High-Temperature Toughness:Thermally processed to enhance toughness, making it suitable for more customized requirements.
• High-Temperature Strength:Capable of withstanding surface loads in high-temperature environments without deformation.
• High Purity:The high purity, especially beneficial for high-end dental furnaces and laboratory furnaces.
• Heat Resistance:Excellent heat resistance, ensuring no damage in high-temperature environments and increasing the lifespan of the element.
• ISO 9001 Quality Assurance:Strict quality control system and professional technical team ensure stable and reliable product quality.

Applications:

• Non-Oxidizing Atmosphere Furnaces:Specifically designed for use in high-temperature furnaces with non-oxidizing atmospheres.
• High-Temperature Experiments:Suitable for experimental environments requiring high heat resistance and oxidation resistance.
• Industrial Heating:Used in various industrial heating equipment, particularly in high-temperature and special atmospheric conditions.
• High-End Dental Furnaces:Ideal for high-end dental furnaces and related laboratory furnaces, ensuring stable heating performance.

The porcelain dental furnace-specific MoSi₂ heating element is designed specifically for dental furnaces and other precision furnaces, made from high-purity MoSi₂ material. This element boasts excellent high-temperature strength, rapid heating and cooling capabilities, making it ideal for precise applications where heating elements are critical. With its efficient heat distribution and dense, high-temperature resistant protective layer, this heating element ensures long-lasting, stable, and efficient operation.

Features

• High Purity: The use of high-purity MoSi₂ minimizes impurities, ensuring product stability and efficiency.
• High Temperature Strength: Can withstand higher surface loads in high-temperature environments without deformation.
• Rapid Heating and Cooling: Suitable for furnaces requiring fast heating and cooling cycles, providing uniform and quick temperature control.
• Thin and Dense Protective Coating: Features an even and durable protective coating that significantly enhances the element’s durability.
• Smooth Surface: The smooth, clean surface avoids cracks and scratches, ensuring long-term stable performance.
• High Density and High Conductivity: High density improves electrical conductivity, allowing for faster heating and better energy efficiency, reducing production costs.
• High Temperature Toughness: Excellent high-temperature toughness, withstanding frequent thermal cycles while maintaining stability.
• Strong Solder Joints: Solder joints are solid and resistant to impact, preventing breakage and enhancing overall durability.
• Superior Temperature Resistance: Strong temperature resistance ensures the element does not overheat or get damaged, ensuring long-term stable operation.
• ISO9001 Quality Control: Manufactured under the strict ISO9001 quality control system to ensure consistent product quality.
• High-Temperature Oxidation Resistance: Forms a dense SiO₂ protective layer at high temperatures, preventing oxidation and extending service life.

Applications

• Dental Furnaces: Widely used in dental furnaces that require precise high-temperature control, ensuring high-quality porcelain dental product production.
• Precision Furnaces: Suitable for other high-end furnace equipment, especially in environments with frequent temperature changes and short sintering cycles.
• High-Temperature Heating Equipment: Ideal for long-term, stable operation in high-temperature precision heating applications.

The Molybdenum Disilicide (MoSi₂) Thermocouple Protection Tube is designed using high-purity MoSi₂ material, specifically for the protection of thermocouples used in high-temperature environments for temperature measurements. This protection tube can withstand harsh conditions at high temperatures, making it ideal for thermocouple applications up to 1700°C. Its excellent high-temperature performance and oxidation resistance make it highly valuable in various high-temperature measurement applications.

Features

• High-Temperature Resistance: Capable of withstanding temperatures up to 1700°C, suitable for extreme conditions.
• Oxidation Resistance: Exceptional oxidation resistance, perfect for long-term use in high-temperature, oxidizing atmospheres.
• Stability: Maintains excellent mechanical strength and stability at high temperatures, effectively protecting the thermocouple from external environmental influences.
• Wear Resistance: Hard material, wear-resistant, and extends the service life of the protection tube.
• Wide Applicability: Suitable for thermocouple protection requirements with an inner diameter greater than 5mm, widely used in various high-temperature measurement devices.

Applications

• Thermocouple Protection: Specifically designed for thermocouple protection in environments below 1700°C.
• High-Temperature Measurement: Used in temperature monitoring and measurement in various high-temperature environments.
• Industrial Applications: Widely used in industries such as metallurgy, power generation, ceramics, glass, and other high-temperature production processes.

The Molybdenum Disilicide (MoSi₂) Heating Module is made from high-purity MoSi₂ material and is designed to provide uniform heat distribution and stable heating performance in high-temperature environments. This heating module is widely used in industries such as metal heat treatment, glass melting, ceramic processing, and electronics. With its flexible installation and customization capabilities, the module can be tailored to meet the specific requirements of various furnaces and equipment. The product features a dense protective coating, offering excellent resistance to high-temperature oxidation, ensuring long-term stable operation.

Features

• High Furnace Temperature Performance: Capable of achieving furnace temperatures up to 1550°C in oxidizing atmospheres, meeting high-temperature processing requirements.
• Rapid Heating: Exceptional rapid heating capability, making it suitable for applications requiring quick heat-up times.
• Uniform Heat Field: Even heat distribution ensures the provision of a high-quality, uniform heat field, enhancing heating efficiency.
• Flexible Installation: Easy installation, assembly, and disassembly, allowing it to adapt to various equipment configurations.
• Custom Design: Customizable shapes based on furnace requirements, offering flexibility to fit different application scenarios.
• High Temperature Strength: Strong performance under high-temperature conditions, capable of withstanding higher surface loads without deformation.
• Complete Protective Coating: Dense protective coating that does not easily peel off, ensuring long-term, stable performance.
• High Electrical Conductivity: High density and excellent conductivity ensure rapid heating, effectively reducing energy consumption and lowering production costs.
• High-Temperature Toughness: Enhanced toughness due to heat processing, capable of meeting various customization needs.
• Stable Quality: Manufactured according to ISO9001 quality control standards, ensuring stable and reliable product quality.

Applications

• Metal Heat Treatment and Processing: Widely used in the high-temperature heat treatment and processing of metal products.
• Glass Industry: Applied in the feeding and melting stages of glass production, ensuring efficient heating.
• Ceramic Industry: Suitable for high-temperature sintering and processing in ceramics manufacturing.
• Electronics Industry: Commonly used in heating modules for precision electronic equipment such as single crystal furnaces, diffusion furnaces, and ITO sintering processes.

The Molybdenum Disilicide (MoSi₂) Bubbling Tube is made from high-purity MoSi₂ material, offering exceptional thermal shock resistance and high-temperature oxidation resistance. It is widely used in glass furnaces, particularly during the glass melt clarification stage. Due to its resistance to corrosion and its ability to avoid contaminating the glass melt, the MoSi₂ bubbling tube has become an indispensable component in glass manufacturing, providing efficient, reliable heating and bubble generation capabilities.

Features

• Thermal Shock Resistance: Excellent thermal shock resistance, maintaining stable performance under extreme temperature fluctuations.
• High-Temperature Oxidation Resistance: Resistant to high temperatures and oxidation, ideal for long-term use in high-temperature environments.
• Non-Contaminating: Highly resistant to corrosion from glass melt and does not contaminate the glass, ensuring the purity and quality of the product and the production environment.
• Ideal for Clarification: Especially effective during the glass melt clarification stage, helping purify and clarify the glass melt.

Applications

• Glass Furnaces: Primarily used in glass furnaces for bubble generation and heating processes, especially during the clarification phase of glass melts.

Molybdenum Disilicide Powder is a high-purity chemical powder widely used in the production of high-temperature alloys and ceramic products. As a raw material for MoSi₂, it offers excellent high-temperature stability, corrosion resistance, and electrical conductivity, making it an essential material for various industries such as metallurgy, ceramics, and electronics.

Features

• High Purity: Low impurity content ensures excellent performance in high-temperature and harsh environments.
• High-Temperature Stability: MoSi₂ powder exhibits excellent stability in high-temperature conditions, able to withstand high thermal loads.
• Good Electrical Conductivity: Excellent conductivity makes it widely applicable in the electronics industry.
• Corrosion Resistance: Resistant to a variety of chemical corrosions, suitable for use in harsh environments.
• Fine Particles: The fine powder particles can be processed according to different application needs, offering excellent processing properties.

Applications

• Spare Part Production: Used in the production of MoSi₂ components, abrasives, sandpapers, grinding wheels, and other abrasive materials.
• Ceramic Products: Used as an additive in the production of ceramic products to enhance high-temperature performance and wear resistance.
• Electronics Industry: Applied in electronic components that require high temperature and electrical conductivity.
• Metallurgy Industry: Used as a key material in high-temperature operations in metallurgy, improving alloy performance and stability.

Molybdenum disilicide (MoSi₂) heating elements are high-performance heating materials known for their excellent high-temperature oxidation resistance and good electrical conductivity. They are widely used in high-temperature furnaces, laboratory furnaces, and advanced dental furnaces. Due to their outstanding chemical and physical properties, MoSi₂ heating elements provide excellent stability and long service life in extreme temperature environments. Made from high-purity MoSi₂ materials and processed by heat forming, these elements provide uniform heating performance and are ideal for use in both industrial and scientific research applications.

Features

• Smooth Surface: The surface is clean and smooth, free from cracks and obvious scratches, ensuring excellent thermal conductivity.
• Uniform Diameter: The uniform diameter ensures an even heat distribution, improving heating efficiency.
• Complete Protective Coating: A dense and complete protective coating that is not prone to shedding, enhancing the service life of the element.
• Strong Soldering Joints: The soldering joints are robust and impact-resistant, preventing breakage due to vibration or shock.
• Precise Bending: The geometry of the bent parts is highly precise, meeting high-precision customization requirements.
• High Density: High-density material with excellent electrical conductivity, which enables faster heating and reduces energy consumption, lowering production costs.
• High Temperature Toughness: The material is processed to have excellent high-temperature toughness, meeting a variety of custom requirements.
• High Temperature Strength: Able to withstand high surface loads at elevated temperatures, with minimal deformation.
• High Purity: Made from high-purity materials, suitable for high-end equipment like dental furnaces and laboratory furnaces.
• Excellent High-Temperature Resistance: Offers exceptional high-temperature resistance and can maintain stable performance in extreme temperatures for extended periods.
• ISO9001 Quality Assurance: Manufactured under strict ISO9001 quality control systems to ensure consistent and reliable product quality.

Chemical Properties

• High-Temperature Oxidation Resistance: MoSi₂ forms a dense quartz (SiO₂) protective layer on its surface at high temperatures in an oxidative atmosphere, effectively preventing further oxidation. When the temperature exceeds 1700°C, the SiO₂ layer melts (its melting point is 1710°C), forming protective droplets. Although the protective layer may lose its function at this point, it will regenerate upon continued use.
• Applicable Temperature Range: Not suitable for long-term use in the 400-700°C range due to intense oxidation, which can cause material degradation.

Applications

• High-End Dental Furnaces: Used during high-temperature heating processes to ensure even heating and stable operation.
• Laboratory Furnaces: Widely applied in research experiments to provide precise temperature control and stable heating performance.
• Industrial Furnaces: Suitable for various high-temperature industrial heating equipment, improving production efficiency and energy-saving results.
• High-Temperature Equipment Heating Elements: Provides reliable heat sources for extreme high-temperature processing in specialized industries.