Crisol de cerámica
We offer high-quality ceramic crucibles and provide diverse, high-quality customization services.
Leveraging the supply advantages of our family-owned factory, we offer highly competitive wholesale prices and customized products (including your logo) to enhance product quality and meet your customers’ needs.
Professional Ceramic Crucible Supplier
As an indispensable consumable in laboratory and high-temperature processes, GORGEOUS CERAMICS ceramic crucibles are crafted using high-quality powder and a fine sintering process. They possess exceptional heat resistance, chemical stability, and mechanical strength, enabling long-term operation in a variety of harsh industrial environments.
Depending on your chosen material, our customizable ceramic crucibles offer safe operating temperatures ranging from approximately 1200℃ to 2200℃, meeting the needs of ultra-high temperature experiments and industrial heat treatment.
We can quickly supply small laboratory crucibles (e.g., 5 mL–1000 mL volumes) to large crucibles for industrial furnaces, in shapes including cylindrical, conical, and square, and can customize machining precision and dimensions to meet your application requirements.
Professional-grade Ceramic Water Valve
Hay una variedad de materiales disponibles para personalización.
We offer our clients a variety of customized solutions and a wide selection of materials, including alumina, zirconium oxide, aluminum nitride, silicon carbide, silicon nitride, yttrium partially stabilized zirconium oxide, and yttrium fully stabilized zirconium oxide.
Alumina Crucible (Round)
Alumina crucibles (round) possess excellent thermal stability and corrosion resistance, and can be used for high-temperature melting, sintering, and chemical analysis.
Alumina crucible (square)
Alumina crucibles (square) are mainly used for high-temperature material processing and laboratory thermal analysis, and they have high space utilization and stable heat resistance.
Alumina Tray
Alumina trays are mainly used as support and load-bearing materials in high-temperature sintering, firing, and heat treatment processes, and possess thermal stability.
Crisol de nitruro de boro
Boron nitride crucibles are mainly used for high-temperature melting and crystal growth applications, and they have excellent thermal shock resistance and chemical inertness.
Crisol de nitruro de aluminio
Aluminum nitride crucibles are mainly used for high-temperature processing of metals and electronic materials, and have excellent resistance to molten metal corrosion.
Silicon Carbide Crucible
Silicon carbide crucibles are mainly used for high-temperature melting of non-ferrous metals and alloys, and generally have strong thermal shock resistance and thermal conductivity.
Silicon Nitride Crucible
Silicon nitride crucibles are used in high-temperature metal smelting and casting applications due to their thermal shock resistance and high mechanical strength.
Crisol de zirconia
Zirconia crucibles are used in ultra-high temperature smelting and chemical processing, and they have strong corrosion resistance and anti-pollution properties.
Silicon Carbide Square Crucible
Silicon carbide square crucibles are used for high-temperature melting and material processing, and have excellent thermal shock resistance and space utilization.
Advanced Manufacturing & Quality Assurance System
Crafted with Refined Techniques
GORGEOUS CERAMICS possesses professional ceramic forming and high-temperature sintering technology. Each of our ceramic crucibles undergoes strict dimensional and density control during production, achieving excellent heat conduction and uniform heating, reducing the risk of thermal stress concentration, and extending service life.
Our crucibles can be customized in different sizes and shapes to suit your application scenarios, including laboratory analysis, metal smelting, powder metallurgy, and materials synthesis.
Inspección de calidad
GORGEOUS CERAMICS has established a comprehensive quality inspection process, rigorously controlling every step from dimensional accuracy to material performance to ensure that every product meets the highest standards.
We use high-precision measuring tools such as digital calipers and 2.5D image measuring instruments, enabling real-time monitoring of key dimensional parameters like the crucible’s inner diameter, outer diameter, and wall thickness, with strict control over tolerances.
We collaborate with third-party testing institutions, using coordinate measuring machines (CMMs) for high-precision scanning and data verification of complex geometric dimensions.
This secondary verification significantly improves dimensional consistency and batch stability. Third-party testing services cover a range of professional tests, including compressive strength and coefficient of thermal expansion, comprehensively reflecting product performance.
Service Commitment
We are your trusted long-term partner for ceramic crucibles. We are not just a ceramic crucible manufacturer, but also committed to being a reliable extension of your production and laboratory workflows.
Our Commitment：
- We strictly control raw materials to ensure that every batch of products has consistent density, dimensional accuracy, and thermal stability.
- We provide clear technical communication, offering transparent technical support and engineering consultation from material selection to manufacturing.
- We provide reliable production and delivery plans, implementing structured production plans and inspection points to guarantee a stable supply in large quantities.
- We offer customization support, supporting mold development and custom geometry manufacturing of ceramic crucibles, including various capacities, wall thicknesses, and structural designs, tailored to your furnace configuration.
¿Por qué elegir el tubo de cerámica personalizado GORGEOUS?
GORGEOUS CERAMICS boasts 15 years of experience in ceramic manufacturing and has obtained ISO 9001:2015, IATF 16949:2016, and ISO 14001:2015 environmental management system certifications. This means that GORGEOUS can provide customers with higher quality ceramic crucibles.
Preguntas frecuentes
What is the maximum operating temperature of a ceramic crucible?
The maximum temperature of a ceramic crucible depends on the material you choose. Alumina crucibles can typically withstand temperatures of around 1600 °C; zirconia crucibles can withstand temperatures above 2000 °C; while silicon carbide crucibles perform better in high-temperature metal smelting environments. You should choose the material based on your application requirements.
Are ceramic crucibles resistant to thermal shock?
Ceramic crucibles, made from materials such as silicon carbide and silicon nitride, possess very high thermal shock resistance, making them ideal for rapid heating and cooling cycles. Alumina crucibles, on the other hand, typically require slow heating to prevent cracking.
Can your ceramic crucibles be customized?
Yes, we can customize ceramic crucibles for you, including capacity, shape, wall thickness, surface treatment, etc. We can also customize molds according to your furnace size and process requirements.
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