Industrial Furnace Vacuum Furnace Graphite Parts Vibrated Graphite

• Carbon Content: High-Carbon
• Bulk Density: 1.72gdfs/Cm3
• Specific-Resistance: 9
• Compressive-Strength: 30MPa
• Flexural-Strength: 13MPa
• C.T.E.(Rt-600ºC): 3.2/ºC
• Model NO.: Vibrated Graphite
• Ash-Content: 0.12%
• Maximum Grain Size: 0.8mm
• Composition: SiC
• Grade: Industrial Grade
• Crystal Morphology: Compact Crystalline Graphite
• Type: Vibrated Graphite
• Forming Way: Vibration Molding
• Transport Package: Plywood Case
• Specification: 500-400-200
• Trademark: SHJ
• Origin: Dalian
• HS Code: 38011000
• Production Capacity: 1000 Ton Per Year

Product Description

Industrial Furnace Vacuum Furnace Graphite Parts Vibrated Graphite
 

Product Description

 
Production of Industrial Furnace Vacuum Furnace Graphite Parts, usually chooses high purity, high-density vibration graphite material made to meet the requirements of vacuum furnaces high temperature, corrosive atmosphere, and vacuum environment.SHJ high purity vibration molded graphite material for the production of vacuum furnace graphite parts to provide quality assurance.
 

The following are some common vacuum furnace graphite parts:

Graphite Heating Elements: Graphite heating elements are used to provide heating in the furnace, usually including graphite resistance heaters or graphite heating elements, capable of stable operation in high-temperature environments.

Graphite Boats: Graphite boats are used to hold the samples to be processed. These boats are able to withstand chemical corrosion at high temperatures and under a vacuum to ensure that the sample is heated uniformly.

Graphite Insulation: Graphite insulation is used to isolate the heating element from the sample, helping to maintain even temperature distribution.

Graphite Insulation: Graphite is also used as insulation in vacuum furnaces to minimize heat loss and improve energy efficiency.

Graphite gaskets and seals: Graphite gaskets and seals are used to ensure a vacuum seal, preventing gas permeation and maintaining a vacuum inside the furnace.

Graphite Coolers: During high-temperature processing, some vacuum furnaces require graphite coolers to ensure that temperatures in some areas remain within controlled limits.

Grade	MV-12
Material	Vibration Molded Graphite
Specifications	Unit	Typical Value
Bulk Density	g/cm3	1.72
Specific Resistance	μΩ.m	9
Compressive Strength	MPa	30
Flexural Strength	MPa	13
C.T.E.(RT-600ºC)	10~/ºC	3.2
Thermal Conductivity	W/(m.k)	1000
Ash Content	%	0.2
Maximum Grain Size	mm	0.8
Size	500*500*2050mm,400*400*2050mm

Extremely high purity: For vacuum graphite parts, the graphite material used must be of extremely high purity. This is because any impurities may affect the properties of the graphite and thus the performance of the whole part. Therefore, our graphite materials like vibration graphite blocks and rounds are carefully purified and screened to ensure the highest level of purity.

Excellent thermal stability: Since vacuum graphite parts need to operate in high-temperature environments, more stringent requirements are placed on the graphite materials used. Our graphite materials are carefully selected and specially treated so that they can still maintain stable performance under a high-temperature environment.

Strong corrosion resistance: During operation, vacuum graphite parts may come into contact with various chemicals. Therefore, we have selected graphite materials with strong corrosion resistance to ensure that the parts can maintain excellent performance in various environments.

High mechanical strength: Since vacuum graphite parts need to withstand a certain degree of mechanical pressure and vibration, the graphite materials used in them are required to have mechanical strength. Our graphite materials have been carefully designed and optimized in the production process to have excellent mechanical strength and are able to withstand a variety of harsh operating conditions.

High electrical conductivity: Since Industrial Furnace Vacuum Furnace Graphite Parts need to work in an electric field, the graphite materials used for them place demands on their electrical properties. The high electrical conductivity of our graphite materials ensures that the parts maintain good electrical properties when operating in an electric field.

In short, the graphite materials used in Shj's vacuum graphite components are characterized by high purity, thermal stability, corrosion resistance, high mechanical strength and high electrical conductivity. At the same time, we can also customize graphite materials according to customer needs and specific application environments to meet a variety of special needs.
 

Industrial Furnace Vacuum Furnace Graphite Parts Vibrated Graphite

FAQ

Q: What is vibrating graphite and how is it used in industrial furnaces?

Answer: Vibratory graphite is a special form of graphite that undergoes a unique manufacturing process that involves vibratory molding. This process results in a graphite material with excellent isotropy, uniform structure, and high density. Vibrating graphite is commonly used in industrial furnaces for a variety of applications, including heating elements, crucibles, and insulating components. Its unique properties make it suitable for withstanding the high temperatures and harsh conditions found in industrial furnace environments.

Q: Can Vibrating Graphite be customized for specific industrial furnace requirements?

A: Yes, Vibrating Graphite can be customized to meet the specific requirements of industrial furnace applications. Customization may include variations in size, shape, and composition to accommodate the unique needs of different furnace setups. Whether it's a heating element, crucible, or other component, customized vibrating graphite solutions can be developed to optimize performance and efficiency in specific industrial processes.

Q: How can vibrating graphite improve the efficiency of industrial furnaces?

A: Vibrating graphite helps improve furnace efficiency through its excellent thermal conductivity, which promotes uniform heating and precise temperature control. Its resistance to thermal shock and high mechanical strength increase the life of furnace components and reduces maintenance requirements. The material's chemical resistance ensures reliability in harsh industrial environments, ultimately improving the overall performance of the furnace.

Vibration-Molded Graphite Vibrated Graphite
 

Our Advantages

 

We offer a diverse range of graphite rods and blocks, including isostatic graphite, molded graphite, extruded graphite, and vibrating graphite, with various grades available. Our customers are currently distributed in more than 30 countries worldwide.

 

As a leading supplier of high-quality graphite in China and one of the most competitive graphite suppliers globally, SHJ is dedicated to providing top-notch graphite materials, carbon-graphite composites, and graphite molded parts. Our commitment is to deliver excellence and produce exceptional products, ensuring competitive quality, pricing, and service.
 

Industrial Furnace Vacuum Furnace Graphite Parts Vibrated Graphite