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Suitable for mass production of vapor deposition materials such as silicon oxide; High precision temperature difference control, high temperature and high vacuum; With high vacuum sublimation, reaction, degreasing, dehydration, vapor deposition material automatic grinding scraping, furnace collection and other special process capabilities.
the Si2oz sintering furnace is the perfect solution for mass production of vapor deposition materials like silicon oxide. This state-of-the-art furnace is equipped with high precision temperature difference control, ensuring accurate and consistent temperature control throughout the sintering process. Its high temperature and high vacuum capabilities make it ideal for use in a variety of industrial applications. Additionally, the Si2oz furnace features high vacuum sublimation, which further enhances its performance and efficiency. With its advanced features and unparalleled performance, the Si2oz sintering furnace is the perfect choice for businesses looking to streamline their production processes and improve their bottom line. Invest in the Si2oz furnace today and experience the benefits of cutting-edge technology and superior quality.
Equipment features:
A large amount of material, high production efficiency.
l The whole process is completely closed and automatic operation, avoid dust flying, the production site environment is clean and clean.
l Temperature control within 1500 degrees, fast heating rate.
l can maintain stable operation under vacuum.
Equipment parameters:
l Furnace type is horizontal structure.
l Equipment is composed of sublimation system, collection system, heating system, temperature control system, vacuum system, mechanical system and cooling system.
The sublimation system is composed of a heating zone and a collection zone. The heating zone is composed of induction coil, heavy corundum, graphite hard felt and isostatic graphite. The collection area is composed of 310S stainless steel and insulation layer.
l Temperature control system adopts PLC touch screen centralized control mode, automatic control, with network port, can realize remote control.
l The heating system adopts induction heating, and the power supply adopts IGBT energy saving power with low noise and about 15% energy saving compared with the traditional thyristor power supply.
The vacuum system consists of multistage vacuum pump, vacuum valve, pressure controller and pipeline.
l The furnace body is made of double-layer water cooling structure inside and outside, and the part in contact with the cooling water is made of 304 stainless steel, which effectively prevents the furnace body from leaking gas for a long time.
l The cooling system is equipped with a closed cooling system. The internal circulation uses deionized water, which will not cause scaling in the equipment pipeline. The internal circulation water loss is small. Good heat dissipation effect, integrated environmental protection, small footprint and so on.
l The size of the constant temperature zone: Φ500mm*600mm, Φ600mm*800mm, Φ700mm*1000mm, Φ800mm*1600mm and so on. (can be customized according to customer needs)
Advantages
1. High temperature stability: the SI2O sintering furnace can carry out the sintering process at high temperature and has good high temperature stability. This makes it possible to achieve bonding and densification of the sintered material under high temperature conditions, ensuring the quality and performance of the sintered body.
2. Uniform sintering: The SI2O sintering furnace can achieve a uniform sintering process to ensure the uniformity of the sintered body. This is very important for some applications that require high uniformity, such as ceramics, magnetic materials, etc.
3. Vacuum sintering: The SI2O sintering furnace has the function of vacuum sintering and can carry out the sintering process in a vacuum environment. Vacuum sintering can effectively eliminate oxygen and other impurities, improve the purity and density of the sintered body.
4. Flexibility: The SI2O sintering furnace has high flexibility and can be adjusted and optimized according to different needs. For example, parameters such as sintering temperature and holding time can be adjusted to meet the requirements of different materials and applications.
5. Energy saving and environmental protection: silicon oxide sintering furnace adopts advanced heating methods and energy-saving technology, which can effectively reduce energy consumption and environmental pollution. This is in line with the requirements of modern industry for energy conservation and environmental protection.
In summary, the SI2O sintering furnace has the advantages of high temperature stability, uniform sintering, vacuum sintering, flexibility, energy saving and environmental protection, making it an ideal equipment for the sintering of SI2O materials.
Si2o sintering furnace has broad application prospect in material science and industry. Here are some examples of potential applications:
1. Ceramic materials: silicon oxide sintering furnace can be used for the sintering of ceramic materials, such as alumina ceramics, zirconia ceramics, etc. Through the sintering process, the densification, hardness and wear resistance of ceramic materials can be improved, so that it has better mechanical properties and high temperature resistance.
2. Magnetic materials: silicon oxide sintering furnace can be used for the sintering of magnetic materials, such as ferrooxide magnetic materials, cobalt oxide magnetic materials, etc. Through the sintering process, the magnetization and permeability of the magnetic material can be improved, so that it has better magnetic properties.
3. Optical materials: silicon oxide sintering furnace can be used for the sintering of optical materials, such as silicon oxide optical glass, zinc oxide transparent conductive film, etc. Through the sintering process, the transparency, refractive index and optical properties of optical materials can be improved, so that they have better optical application properties.
4. Functional film: Silous oxide sintering furnace can be used for the sintering of functional film, such as silous oxide film, alumina film, etc. Through the sintering process, the density, flatness and chemical stability of the functional film can be improved, so that it has better functional properties and application properties.
5. New energy materials: Silicon oxide sintering furnace can be used for the sintering of new energy materials, such as lithium oxide battery cathode materials, copper oxide fuel cell electrode materials, lithium ion batteries, lithium sulfur batteries, supercapacitors, solar cells and fuel cells play an important role
Suitable for mass production of vapor deposition materials such as silicon oxide; High precision temperature difference control, high temperature and high vacuum; With high vacuum sublimation, reaction, degreasing, dehydration, vapor deposition material automatic grinding scraping, furnace collection and other special process capabilities.
the Si2oz sintering furnace is the perfect solution for mass production of vapor deposition materials like silicon oxide. This state-of-the-art furnace is equipped with high precision temperature difference control, ensuring accurate and consistent temperature control throughout the sintering process. Its high temperature and high vacuum capabilities make it ideal for use in a variety of industrial applications. Additionally, the Si2oz furnace features high vacuum sublimation, which further enhances its performance and efficiency. With its advanced features and unparalleled performance, the Si2oz sintering furnace is the perfect choice for businesses looking to streamline their production processes and improve their bottom line. Invest in the Si2oz furnace today and experience the benefits of cutting-edge technology and superior quality.
Equipment features:
A large amount of material, high production efficiency.
l The whole process is completely closed and automatic operation, avoid dust flying, the production site environment is clean and clean.
l Temperature control within 1500 degrees, fast heating rate.
l can maintain stable operation under vacuum.
Equipment parameters:
l Furnace type is horizontal structure.
l Equipment is composed of sublimation system, collection system, heating system, temperature control system, vacuum system, mechanical system and cooling system.
The sublimation system is composed of a heating zone and a collection zone. The heating zone is composed of induction coil, heavy corundum, graphite hard felt and isostatic graphite. The collection area is composed of 310S stainless steel and insulation layer.
l Temperature control system adopts PLC touch screen centralized control mode, automatic control, with network port, can realize remote control.
l The heating system adopts induction heating, and the power supply adopts IGBT energy saving power with low noise and about 15% energy saving compared with the traditional thyristor power supply.
The vacuum system consists of multistage vacuum pump, vacuum valve, pressure controller and pipeline.
l The furnace body is made of double-layer water cooling structure inside and outside, and the part in contact with the cooling water is made of 304 stainless steel, which effectively prevents the furnace body from leaking gas for a long time.
l The cooling system is equipped with a closed cooling system. The internal circulation uses deionized water, which will not cause scaling in the equipment pipeline. The internal circulation water loss is small. Good heat dissipation effect, integrated environmental protection, small footprint and so on.
l The size of the constant temperature zone: Φ500mm*600mm, Φ600mm*800mm, Φ700mm*1000mm, Φ800mm*1600mm and so on. (can be customized according to customer needs)
Advantages
1. High temperature stability: the SI2O sintering furnace can carry out the sintering process at high temperature and has good high temperature stability. This makes it possible to achieve bonding and densification of the sintered material under high temperature conditions, ensuring the quality and performance of the sintered body.
2. Uniform sintering: The SI2O sintering furnace can achieve a uniform sintering process to ensure the uniformity of the sintered body. This is very important for some applications that require high uniformity, such as ceramics, magnetic materials, etc.
3. Vacuum sintering: The SI2O sintering furnace has the function of vacuum sintering and can carry out the sintering process in a vacuum environment. Vacuum sintering can effectively eliminate oxygen and other impurities, improve the purity and density of the sintered body.
4. Flexibility: The SI2O sintering furnace has high flexibility and can be adjusted and optimized according to different needs. For example, parameters such as sintering temperature and holding time can be adjusted to meet the requirements of different materials and applications.
5. Energy saving and environmental protection: silicon oxide sintering furnace adopts advanced heating methods and energy-saving technology, which can effectively reduce energy consumption and environmental pollution. This is in line with the requirements of modern industry for energy conservation and environmental protection.
In summary, the SI2O sintering furnace has the advantages of high temperature stability, uniform sintering, vacuum sintering, flexibility, energy saving and environmental protection, making it an ideal equipment for the sintering of SI2O materials.
Si2o sintering furnace has broad application prospect in material science and industry. Here are some examples of potential applications:
1. Ceramic materials: silicon oxide sintering furnace can be used for the sintering of ceramic materials, such as alumina ceramics, zirconia ceramics, etc. Through the sintering process, the densification, hardness and wear resistance of ceramic materials can be improved, so that it has better mechanical properties and high temperature resistance.
2. Magnetic materials: silicon oxide sintering furnace can be used for the sintering of magnetic materials, such as ferrooxide magnetic materials, cobalt oxide magnetic materials, etc. Through the sintering process, the magnetization and permeability of the magnetic material can be improved, so that it has better magnetic properties.
3. Optical materials: silicon oxide sintering furnace can be used for the sintering of optical materials, such as silicon oxide optical glass, zinc oxide transparent conductive film, etc. Through the sintering process, the transparency, refractive index and optical properties of optical materials can be improved, so that they have better optical application properties.
4. Functional film: Silous oxide sintering furnace can be used for the sintering of functional film, such as silous oxide film, alumina film, etc. Through the sintering process, the density, flatness and chemical stability of the functional film can be improved, so that it has better functional properties and application properties.
5. New energy materials: Silicon oxide sintering furnace can be used for the sintering of new energy materials, such as lithium oxide battery cathode materials, copper oxide fuel cell electrode materials, lithium ion batteries, lithium sulfur batteries, supercapacitors, solar cells and fuel cells play an important role
