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Products

Silicon Carbide Crucibles Factory

Features

Our Silicon Carbide Crucibles have a small coefficient of thermal expansion, making them resistant to splat cooling and rapid heating.
Thanks to their strong corrosion resistance and excellent chemical stability, our graphite crucibles do not react chemically during the smelting process.
Our graphite crucibles feature smooth inner walls that prevent metal liquid from adhering, ensuring good pourability and reducing the risk of leaks.


Product Detail

Product Tags

At our Silicon Carbide Crucibles Factory, we are committed to delivering the highest quality crucibles for the metal casting and melting industries. With over twenty years of experience, our advanced production facilities and rigorous quality control ensure that every silicon carbide crucible we manufacture meets the demanding standards of modern foundry and metalworking industries. Our long-standing commitment to innovation, flexibility, and reliability has made us a trusted partner in international markets, providing both standard and custom solutions to meet the unique needs of our clients.

No Model O D H ID BD
78 IND205 330 505 280 320
79 IND285 410 650 340 392
80 IND300 400 600 325 390
81 IND480 480 620 400 480
82 IND540 420 810 340 410
83 IND760 530 800 415 530
84 IND700 520 710 425 520
85 IND905 650 650 565 650
86 IND906 625 650 535 625
87 IND980 615 1000 480 615
88 IND900 520 900 428 520
89 IND990 520 1100 430 520
90 IND1000 520 1200 430 520
91 IND1100 650 900 564 650
92 IND1200 630 900 530 630
93 IND1250 650 1100 565 650
94 IND1400 710 720 622 710
95 IND1850 710 900 625 710
96 IND5600 980 1700 860 965

Why Choose Our Silicon Carbide Crucibles?

State-of-the-Art Manufacturing Process
Our Silicon Carbide Crucibles are produced using advanced isostatic pressing technology, ensuring uniform density and exceptional mechanical strength. This process eliminates any defects, such as cracks or porosity, and significantly extends the crucible's service life, making it ideal for high-temperature applications.

Superior Material Composition
We utilize premium silicon carbide (SiC) and graphite in our crucibles, offering superior thermal conductivity and resistance to thermal shock. These properties allow for efficient melting of metals like aluminum, copper, and precious metals while minimizing energy consumption.

Excellent Chemical and Oxidation Resistance
Our crucibles exhibit outstanding resistance to chemical corrosion and oxidation, making them suitable for long-term use in harsh, high-temperature environments. This ensures that the molten metal remains uncontaminated, preserving its purity and quality.

Key Features of Our Silicon Carbide Crucibles

  1. Advanced Heat Transfer:
    The high thermal conductivity of silicon carbide enables rapid and even heat distribution throughout the crucible, improving melting efficiency and reducing overall processing time.
  2. Durability and Longevity:
    Our silicon carbide crucibles boast enhanced mechanical strength and resistance to cracking, ensuring a long lifespan even under extreme temperature fluctuations.
  3. Wide Range of Sizes:
    We offer a variety of sizes to accommodate different melting capacities, from small batches to large industrial processes. Whether you need a large crucible for melting aluminum or a smaller one for precious metals, we have the right solution for your application.
  4. Customization:
    We can modify our crucibles to meet your specific technical requirements. Our engineering team works closely with you to ensure the crucible's design meets your operational needs, whether it’s a unique size, shape, or material composition.

Usage Guidelines

  1. Preheat Before Use:
    Preheat the crucible slowly to 500°C before introducing molten metal to prevent thermal shock and extend the crucible’s lifespan.
  2. Avoid Overfilling:
    To prevent damage due to thermal expansion, do not overfill the crucible with metal. Always follow recommended loading procedures.
  3. Storage:
    Store the crucible in a dry location to avoid moisture absorption, which can lead to cracks during high-temperature use.

Our Commitment to Quality

Our Silicon Carbide Crucibles Factory is equipped with cutting-edge technology and strict quality control measures to ensure every product is flawless. We perform 100% testing on all products before they leave our facility to guarantee they meet the highest industry standards. Our focus on customer satisfaction drives us to continuously improve our production processes and offer flexible solutions for your unique melting needs.

Custom Solutions and Support

Custom Specifications:
We understand that every melting operation is different. That’s why we offer customization services to modify our crucibles to fit your exact specifications, ensuring the best performance in your application.

Technical Support:
Our experienced team provides comprehensive technical support, including consultation, installation guidance, and after-sales service. We are dedicated to helping you achieve the highest levels of operational efficiency and success.

Fast and Reliable Delivery:
Through our efficient logistics network, we ensure the timely delivery of your crucibles, minimizing downtime and keeping your operations on track.

Long-Term Relationships Built on Trust

We believe in building long-term relationships with our clients by providing consistent quality, competitive pricing, and excellent service. Our commitment to truth and honesty in business has enabled us to maintain strong partnerships with customers worldwide. Whether you are looking for a reliable supplier of graphite crucibles for melting or silicon carbide crucibles, we are here to meet your needs with top-quality products and unparalleled support.

Contact Us Today

For more information about our Silicon Carbide Crucibles or to request a customized solution, please contact us. Our team is ready to help you find the best crucible for your melting applications and ensure that your operations run smoothly with high-performance crucibles designed for durability and efficiency.


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