| Type: | Graphtie Materials |
|---|---|
| Composition: | SiC |
| Carbon Content: | High-Carbon |
| Grade: | Industrial Grade |
| Forming Way: | Vibration Graphite |
| Crystal Morphology: | Compact Crystalline Graphite |
| Samples: |
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| Customization: |
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Graphite parts and graphite materials used in the processing of vacuum furnace linings play a key role in ensuring the efficient operation and material handling of vacuum furnaces. Below are some of the common graphite components and materials used in the manufacture of vacuum furnace linings:
Graphite blocks and bricks: Used to build the main structure of the vacuum furnace lining, providing resistance to high temperatures and corrosion.
Graphite heat-conducting plates: Placed inside the furnace lining to distribute and conduct heat, ensuring a uniform temperature in the furnace chamber.
Graphite Lining Coating: Special graphite material coated on the surface of the furnace lining to provide additional corrosion protection and surface smoothness.
Graphite Heating Elements: As a heating source for the vacuum furnace, they ensure that the required high temperatures are reached inside the furnace.
Graphite sealing ring: Prevents gas leakage in the vacuum furnace and maintains a high vacuum.
Graphite Furnace Liner: Placed at the bottom of the furnace chamber to provide additional protection and support.
Graphite coolers: Graphite coolers are used to dissipate heat in the sections that need to be cooled down to maintain temperature control in the furnace.
Graphite material for processing graphite parts for vacuum furnace and induction furnace, graphite block, vibration molding graphite block:
1. Graphite has good high-temperature strength. At room temperature, graphite is much less strong than metals, but as the temperature increases, its strength gradually increases and will exceed that of all oxides and metals.
2. Graphite has certain metallic and ceramic properties, good electrical and thermal conductivity, and has several voids and a small coefficient of thermal expansion. Therefore, graphite becomes one of the most heat-resistant materials.
3. Graphite has a small resistance temperature coefficient and low thermal inertia. It can be heated and cooled quickly. There is no special requirement during workpiece processing. It is more suitable for the application of vacuum furnace heating elements.
4. It is a better heating element for vacuum furnaces, with the advantages of high-temperature resistance, no deformation, impact resistance, large radiation area, good flexibility, and easy processing and installation. In the electrical aspect, it is easy to make a larger heating element, which can increase the voltage and reduce the current. Thus saving heat loss.
Vibrated Graphite For Vacuum Furnace Lining
SHJ high-purity graphite materials are utilized not only in the production of heating elements and thermal insulation shields for vacuum furnaces but also in the manufacturing of structurally stressed components such as brackets, material plates, guide rails, bolts, bearings, and fan blades.
They are also employed in metallurgical furnaces, including silicon carbide furnaces, graphitizing furnaces, and resistance furnaces, serving as furnace linings and conductive materials.
Additionally, these materials find applications in impermeable graphite heat exchangers across various industries, including electronics, metallurgy, chemicals, and steel.
Vibration Graphite For Industrial Furnace Charging Trays
As one of the top graphite manufacturers, SHJ Graphite Manufacturing offers high-purity vibration graphite materials and the best service.
Vibrated graphite is playing an increasingly vital role in industries such as chemical, metallurgy, machinery, and electronics. SHJ Company is dedicated to the research and development, production, and sales of graphite materials and products. Our produced graphite materials encompass vibrated graphite blocks, molded graphite blocks, isostatic graphite, and other graphite components.
With stable chemical properties, excellent conductivity, durability, and consistent quality, our graphite materials are reliable for industrial applications. We boast extensive experience and adhere strictly to production processes, ensuring high-quality products.
Graphite Materials
Molded Graphite
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