#188 Huaguang Road, Zhangdian, Zibo 255000, Shandong, China.
Product Display
Scenes To Be Used
Semiconductor Manufacturing Industry
Ceramic Manufacturing Industry
Glass Manufacturing Industry
Metallurgical industry
Details of product introduction
Graphite heaters, also known as graphite heating elements or graphite heating systems, are specialized devices designed to generate controlled heat using the unique properties of graphite material. Graphite, a form of carbon, possesses excellent thermal conductivity, high-temperature resistance, and the ability to convert electrical energy into heat efficiently. These properties make graphite heaters indispensable in various industrial processes that require precise and controlled heating.
Detailed features and aspects of graphite heaters include:
1. Composition and Structure: Graphite heaters are typically constructed using high-purity graphite materials that are molded or machined into specific shapes, such as rods, tubes, plates, or custom configurations. The graphite used is often manufactured to have low impurity levels to ensure consistent performance at high temperatures.
2. Thermal Conductivity: Graphite's exceptional thermal conductivity allows for efficient heat transfer and uniform temperature distribution across the heating element's surface. This property is crucial for achieving precise and consistent heating in various applications.
3. High-Temperature Resistance: Graphite heaters can withstand extremely high temperatures, ranging from several hundred to several thousand degrees Celsius, without undergoing significant degradation or structural changes.
4. Electrical Conductivity: Graphite is an excellent conductor of electricity. When an electrical current passes through the graphite heating element, it generates heat due to its inherent resistance, making it well-suited for resistive heating applications.
5. Chemical Inertness: Graphite's resistance to chemical reactions makes it suitable for use in various corrosive or chemically active environments, where other materials might degrade or react with the surroundings.
6. Customizability: Graphite heaters can be tailored to specific applications by adjusting their size, shape, and configuration. This flexibility allows for optimal integration into diverse industrial processes.
7. Longevity and Durability: Graphite heaters exhibit good mechanical stability under thermal stress, leading to extended operational lifespans and consistent performance.
8. Heating Uniformity: The combination of high thermal conductivity and electrical resistance ensures that graphite heaters provide uniform and controlled heating across their surfaces, minimizing temperature variations.
Graphite heaters find applications in numerous industries:
1. Metallurgy: Crucial for processes like metal melting, heat treatment, and alloy production.
2. Semiconductor Manufacturing: Used in semiconductor deposition and annealing processes for integrated circuit fabrication.
3. Glass and Ceramics: Essential for glass melting, ceramics firing, and shaping applications.
4. Automotive and Aerospace: Employed for heat treatment, component manufacturing, and material testing.
5. Chemical Industry: Utilized in high-temperature chemical reactions and material synthesis.
6. Food Processing: Valuable for controlled heating in baking, drying, and cooking processes.
7. Energy Production: Used in various heat-intensive processes and industrial heating systems.
8. Research and Development: Vital for thermal analysis, material synthesis, and experimental setups.
9. Environmental Testing: Used in environmental simulation and testing equipment.
10. Medical Equipment: Employed in sterilization and laboratory applications.
11. Textile and Plastics: Utilized for curing, drying, and shaping processes.
In summary, graphite heaters play a pivotal role in achieving controlled and efficient heating in diverse industrial applications. Their combination of high-temperature resistance, thermal and electrical conductivity, chemical inertness, and customizability makes them indispensable tools for processes requiring precise and uniform heat generation.
Company Advantage
1. Rich industry Experience
For more than 20-30 years, we produce 45,000 tons of graphite electrodes per year, with rich experience in export and steel projects, our experienced technicians and engineers and engineers guarantee high quality and comprehensive technical services.
2. Meet Customized Service
We accept custom product orders and provide technical advice on product applications.
3. Fast Delivery
We arelocated at Zibo City, Shandong Province, facing Qingdao Port in the east, and Jinan City in the west. Jiao-Ji Railway, Ji-Qing Expressway and No.309 National Highway all run through the place. We enjoy a superior geographical position, and convenient transportation. And the inventory is large to meet customer needs.
4. Automated Factory
It has a complete set of international advanced manufacturing lines, hydraulic molding equipment, ring-pit roasting furnace, high-pressure impregnation furnace, DC graphitization furnace, longitudinal graphitization electric furnace, CNC lathe production lines, etc. have reached the international level.
Product Display
Scenes To Be Used
Semiconductor Manufacturing Industry
Ceramic Manufacturing Industry
Glass Manufacturing Industry
Metallurgical industry
Details of product introduction
Graphite heaters, also known as graphite heating elements or graphite heating systems, are specialized devices designed to generate controlled heat using the unique properties of graphite material. Graphite, a form of carbon, possesses excellent thermal conductivity, high-temperature resistance, and the ability to convert electrical energy into heat efficiently. These properties make graphite heaters indispensable in various industrial processes that require precise and controlled heating.
Detailed features and aspects of graphite heaters include:
1. Composition and Structure: Graphite heaters are typically constructed using high-purity graphite materials that are molded or machined into specific shapes, such as rods, tubes, plates, or custom configurations. The graphite used is often manufactured to have low impurity levels to ensure consistent performance at high temperatures.
2. Thermal Conductivity: Graphite's exceptional thermal conductivity allows for efficient heat transfer and uniform temperature distribution across the heating element's surface. This property is crucial for achieving precise and consistent heating in various applications.
3. High-Temperature Resistance: Graphite heaters can withstand extremely high temperatures, ranging from several hundred to several thousand degrees Celsius, without undergoing significant degradation or structural changes.
4. Electrical Conductivity: Graphite is an excellent conductor of electricity. When an electrical current passes through the graphite heating element, it generates heat due to its inherent resistance, making it well-suited for resistive heating applications.
5. Chemical Inertness: Graphite's resistance to chemical reactions makes it suitable for use in various corrosive or chemically active environments, where other materials might degrade or react with the surroundings.
6. Customizability: Graphite heaters can be tailored to specific applications by adjusting their size, shape, and configuration. This flexibility allows for optimal integration into diverse industrial processes.
7. Longevity and Durability: Graphite heaters exhibit good mechanical stability under thermal stress, leading to extended operational lifespans and consistent performance.
8. Heating Uniformity: The combination of high thermal conductivity and electrical resistance ensures that graphite heaters provide uniform and controlled heating across their surfaces, minimizing temperature variations.
Graphite heaters find applications in numerous industries:
1. Metallurgy: Crucial for processes like metal melting, heat treatment, and alloy production.
2. Semiconductor Manufacturing: Used in semiconductor deposition and annealing processes for integrated circuit fabrication.
3. Glass and Ceramics: Essential for glass melting, ceramics firing, and shaping applications.
4. Automotive and Aerospace: Employed for heat treatment, component manufacturing, and material testing.
5. Chemical Industry: Utilized in high-temperature chemical reactions and material synthesis.
6. Food Processing: Valuable for controlled heating in baking, drying, and cooking processes.
7. Energy Production: Used in various heat-intensive processes and industrial heating systems.
8. Research and Development: Vital for thermal analysis, material synthesis, and experimental setups.
9. Environmental Testing: Used in environmental simulation and testing equipment.
10. Medical Equipment: Employed in sterilization and laboratory applications.
11. Textile and Plastics: Utilized for curing, drying, and shaping processes.
In summary, graphite heaters play a pivotal role in achieving controlled and efficient heating in diverse industrial applications. Their combination of high-temperature resistance, thermal and electrical conductivity, chemical inertness, and customizability makes them indispensable tools for processes requiring precise and uniform heat generation.
Company Advantage
1. Rich industry Experience
For more than 20-30 years, we produce 45,000 tons of graphite electrodes per year, with rich experience in export and steel projects, our experienced technicians and engineers and engineers guarantee high quality and comprehensive technical services.
2. Meet Customized Service
We accept custom product orders and provide technical advice on product applications.
3. Fast Delivery
We arelocated at Zibo City, Shandong Province, facing Qingdao Port in the east, and Jinan City in the west. Jiao-Ji Railway, Ji-Qing Expressway and No.309 National Highway all run through the place. We enjoy a superior geographical position, and convenient transportation. And the inventory is large to meet customer needs.
4. Automated Factory
It has a complete set of international advanced manufacturing lines, hydraulic molding equipment, ring-pit roasting furnace, high-pressure impregnation furnace, DC graphitization furnace, longitudinal graphitization electric furnace, CNC lathe production lines, etc. have reached the international level.
