Introduce
In the pursuit of energy efficiency and cost savings, graphite silicon carbide crucibles are an excellent choice for industrial applications. With its special materials and manufacturing process, the crucible has longer service life, excellent thermal conductivity, oxidation and corrosion resistance, high volume density and environmental friendliness. This article provides a detailed overview of the features and advantages of graphite silicon carbide crucibles, their physical and chemical properties, and related products.
Extended working life
Graphite silicon carbide crucibles have a long service life. Depending on the customer's usage environment, operating specifications and regular maintenance, the service life can reach 6 to 18 months or even longer. Such long life not only saves enterprises the cost of frequent replacement of crucibles, but also reduces downtime, thus improving production efficiency.
Excellent thermal conductivity
The crucible has excellent thermal conductivity and maintains good heat transfer performance during the first 6 to 8 months of use. However, it is important to note that highly corrosive environments may shorten the crucible's service life and thermal conductivity. Through scientific maintenance and operation, the performance of the crucible can be maximized, energy saved, and production efficiency improved.
Anti-oxidation and anti-corrosion
Graphite silicon carbide crucible is manufactured using advanced materials and isostatic pressing technology, which significantly enhances its resistance to oxidation, thermal shock and corrosion. These characteristics enable the crucible to maintain stable performance in high-temperature environments, extend its service life, and reduce production interruptions and equipment wear caused by crucible damage.
High bulk density
The high strength and low apparent porosity of graphite silicon carbide crucibles provide better heat transfer and longer service life. High volume density not only means the durability of the crucible, but also enhances the crucible's resistance to mechanical impact, ensuring stable performance under high-intensity production conditions.
Environmental protection and energy efficiency
Graphite silicon carbide crucible has excellent performance in energy saving and efficiency improvement. Its design and material selection effectively solve the problems of impurity pollution and die-casting porosity, which not only improves product quality, but also reduces energy consumption during the production process, and meets the environmental protection requirements of modern industry.
Graphite silicon carbide crucible size
We offer graphite silicon carbide crucibles in various sizes to meet different production needs. For specific sizes and more product information, please feel free to contact us.
Physical and chemical properties
Crucible type: graphite silicon carbide crucible, clay crucible
Carbon content (%): ≥38, ≥45
Volume density (g/cm3): ≥1.70, ≥1.85
Apparent porosity (%): ≤29, ≤21
Compressive strength (Mpa): ≥20, ≥25
Refractory degree (℃): ≥1500, ≥1500
These physical and chemical properties refer to the national standards for graphite crucibles, ensuring the reliability of product quality and performance.
Related Products
In addition to graphite silicon carbide crucibles, we also offer the following related products:
- Clay graphite crucible
- Carbon graphite crucible
- Thermocouple protection tube
- Degassing rotor
- Crucible lifting tools
- Crucible cleaning tool
- Fire-resistant cover
- Graphite base
- Graphite plate
- Crucible furnace
These products cover a wide range of needs in the foundry and metallurgical industries, providing comprehensive support for your production processes.
In conclusion
Choosing graphite silicon carbide crucible is not only beneficial to energy conservation and environmental protection, but also significantly improves production efficiency and product quality. We look forward to working with you to achieve more energy-saving and cost-saving goals. For more information or to place an order, please feel free to contact us.
Post time: Jun-23-2024