Silicon Carbide–Graphite Composite Crucible
The silicon carbide–graphite composite crucible is manufactured using high‑quality silicon carbide and high‑purity graphite as its primary raw materials. It exhibits excellent properties, including high‑temperature resistance, oxidation resistance, corrosion resistance, high mechanical strength, and superior thermal shock resistance. It also boasts good thermal conductivity, does not contaminate anode materials, and offers excellent gas tightness, making it suitable for carbonization processes used in coating anode materials and helping to control the volatile content and specific surface area of these materials.
Main Components:
Main Components:
keyword: Silicon Carbide–Graphite Composite Crucible
Features
Stock Code: 920580
New Energy Series
New Energy Series
Silicon Carbide–Graphite Composite Crucible
Silicon Carbide–Graphite Composite Crucible
High-temperature resistant
Acid- and alkali-resistant
Antioxidant
High-temperature resistant
Acid- and alkali-resistant
Antioxidant
About Us
Production and R&D
Focused on production and R&D
Functional refractory materials for over twenty years
Invention patent
The company has consistently adhered to scientific development.
Continuously pioneering and advancing to strengthen technological capabilities.
Intellectual property
27 utility model patents with independent intellectual property rights
Partner
40 steel groups provide solutions.
Become their preferred product supplier.
In the details
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Patent Development
Detail display
In the details
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Patent Development
Detail display
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High-temperature resistant
High-tech process
Raise the temperature
Elevate Quality
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Thermal shock resistance
Not easy to crack
No crumbs fall off.
Pollution-free
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Corrosion-resistant
Stable in nature
Acid- and alkali-resistant
Erosion resistance
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Fully customized
Custom-made on demand
More thoughtful
More flexible
Product Structure
Product analysis
Product Structure
Product analysis
Related products
Related to it
Related products
Related to it
Silicon Carbide–Graphite Composite Sagger
Corrosion-resistant
High-temperature resistant
Thermal shock resistance
Water outlet seat brick
Flow-control component protective sleeve
Thermal shock resistance
Anti-puncture resistance
Customizable
Water outlet seat brick
Flow-control component protective sleeve
Thermal shock resistance
Anti-puncture resistance
Customizable
Learn more>>
Learn more>>
Production And Development
Focus on production and development of functional refractories for over 20 years
Patents For Invention
Insist on developing new products, improving technology and strengtening know-how
Intellectual Property Right
29 utility model independent intellectual properties
Cooperative Partners
Provide solutions for 40 Iron and Steel Groups Excellent product supplier
Indicators
Model
Production Site
Automatic mixing system
The ingredient production capacity is 30000 tons per year, mainly composed of material silos, ingredient carts, dust removal systems, etc. This system has advantages such as high production efficiency and environmental friendliness.
Tunnel Kiln
It consists of the kiln foundation, kiln body, natural gas heating system, preheating utilization, kiln car transportation system, hot air circulation system, flue gas treatment system, and automatic control system. Can meet the demand for an annual production capacity of 10000 tons.
Partners
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Related products
The graphite crucible is applied for cathode for lithium battery, which maintain the chemical structure stability in the high temperature evaporation and reaction container. The crucible is comprised of silicon carbide, high purity graphite therefore its thermal shock property is excellent. Thanks to the high content of silicon carbide, this materials is anti-oxident, corrosion resistant and acid resistant.
The silicon carbide–graphite composite crucible for smelting is manufactured by compounding high-purity raw materials, representing a new generation of high-quality silicon carbide–graphite composite products developed by our company. This product features high bulk density, excellent resistance to acid and alkali corrosion, superior high-temperature performance, high hot strength, rapid heat transfer, and outstanding oxidation resistance, with a service life 3 to 5 times that of clay-graphite crucibles. The product exhibits stable quality and long service life, significantly reducing fuel consumption, alleviating workers’ physical labor, and enhancing operational efficiency, thereby delivering improved economic benefits to users. It is compatible with a wide range of furnace types, including medium-frequency induction furnaces, resistance furnaces, electromagnetic induction furnaces, coal-gas generators, gas-fired furnaces, coke-fired furnaces, biomass pellet furnaces, and oil-fired furnaces. Its application scope encompasses the smelting of various nonferrous metal alloys as well as gold, silver, steel, aluminum, tin, lead, zinc, and other nonferrous metals.
The graphite crucible is applied for cathode for lithium battery, which maintain the chemical structure stability in the high temperature evaporation and reaction container. The crucible is comprised of silicon carbide, high purity graphite therefore its thermal shock property is excellent. Thanks to the high content of silicon carbide, this materials is anti-oxident, corrosion resistant and acid resistant.
This product is made of high-purity raw materials, and fired at high temperatures. It has the advantage of excellent thermal shock resistance and erosion resistance, and good anti-infiltration ability. It consists of a well block and an anti-infiltration purging plug core, which consists of anti-infiltration breathable component, security alert, and sealing components. The product supplies argon gas through anti-infiltration breathable component, and is used in the argon blowing process of LF, LF-VD, CAS-OB refined ladle and continuous casting ordinary ladle. It needs less cleaning or even no cleaning, and is durable and safe. Compared to slit-type purging plug, it is safer, saves energy and reduces emissions, and therefore reduces cost and increase efficiency for customers.
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