Luoyang Anjing Intelligence Equipment es líder mundial en hornos eléctricos de alta temperatura
Crisol de corindón de circonio de alta temperatura
PARÁMETROS DEL PRODUCTO
Descripción
Zirconia-Corundum Crucible
Zirconia-Corundum Crucibles are composite sintered from high-purity alumina (Al₂O₃) and zirconium oxide (ZrO₂), resulting in a high-performance refractory ceramic product that combines high strength, high refractoriness, and excellent thermal shock resistance. Depending on the zirconium oxide content, the product is typically available in two specifications: 25# y 40# zirconia-Corundum, to meet the needs of different high-temperature applications.
The product’s bulk density is generally ≥4.0 g/cm³, with a maximum operating temperature of 1800℃, and it can operate stably for extended periods in high-temperature environments up to 1750℃. Zirconia-Corundum Crucibles exhibit excellent high-temperature stability, resistance to melt erosion, resistencia al choque térmico, and mechanical strength.
Características del producto
- Alumina-Zirconium Oxide Dual-Phase Design, Excellent High-Temperature Performance
The materials are mainly alumina and zirconium oxide, and come in two specifications: 25# contains about 25% zirconium, y 40# contains about 40% zirconium. Alumina is resistant to high temperatures and has high strength, while zirconium oxide improves thermal stability and corrosion resistance. The combination of the two results in good overall performance.
- Ultra-High Temperature Performance, Long-Term Use at 1750℃
With a bulk density exceeding 4.0 gramos/cm³, a maximum operating temperature of 1800℃, and the ability to operate normally at 1750℃ for extended periods, this product exhibits high-temperature structural stability, remaining undeformed and unsoftened even after prolonged use, meeting the stringent requirements of ultra-high temperature environments.
- Extremely High Thermal Stability, No Cracking Under Rapid Temperature Changes
It possesses extremely high thermal stability, allowing for repeated normal use under rapid temperature changes. Zirconia’s phase transformation toughening mechanism effectively prevents crack propagation, ensuring the material does not crack or peel under frequent temperature fluctuations, significantly extending its service life.
- Excellent resistance to melt erosion and strong mechanical properties
It exhibits excellent resistance to various molten metals and slags, and is not easily penetrated or corroded. Simultaneously, it possesses high strength, high hardness, and excellent wear resistance, making it suitable for applications requiring high mechanical strength and corrosion resistance.
| Material | Max Service Temperature | Main Composition |
|---|---|---|
| High-purity quartz | 1680℃ | SiO₂ content ≥ 99% |
| Mullite (60%~70% alumina) | 1600℃ | Al₂O₃ content 60~70% SiO₂ content 30~40% |
| 99% alumina (Corundum) | 1750℃ | Al₂O₃ content ≥ 99% |
| Cordierite sagger | 1300℃ | Al₂O₃ content ~52% SiO₂ content ~40% MgO content ~8% |
| Zirconia | 2200℃ | ZrO₂ + HfO₂ content ≥ 95% |
| Corundum-mullite | 1700℃ | Al₂O₃ content 75~85% SiO₂ content 15~25% |
| Zirconia-mullite | 1600℃ | ZrO₂ content 10~40% Al₂O₃ content 45~70% SiO₂ content 10~20% |
| Magnesia-alumina (Magnesia spinel / Mag-Alumina) | 1800℃ | MgO content 3~15% Al₂O₃ content >90% SiO₂ content <5% |
| Zirconia-alumina (Zirconia-corundum) | 1800℃ | ZrO₂ content 20~40% Al₂O₃ content 60~80% |
Áreas de aplicación
- Ultra-high Temperature Ceramic Sintering: Suitable for pollution-free sintering of ultra-high temperature ceramic materials such as carbides, borides, and nitrides.
- Precious Metal Smelting: Suitable for high-temperature smelting and purification of precious metals such as platinum, palladium, and rhodium.
- Specialty Glass and Optical Material Melting: Suitable for melting materials with extremely high requirements for crucible materials, such as high-refractive-index specialty glasses and optical glasses.
- Single Crystal Growth: Suitable for high-temperature single crystal growth processes for YAG, sapphire, and other materials.
- Metallurgy and Casting: Suitable for smelting, tratamiento térmico, and casting of highly reactive metals and alloys.
- Aerospace Material Heat Treatment: Suitable for heat treatment processes of ultra-high temperature materials in the aerospace field.
Perfil de la empresa
Una empresa profesional especializada en servicios de tecnología de tratamiento térmico y R.&D, fabricación, y venta de hornos eléctricos de alta temperatura.
La empresa se centra en el desarrollo de hornos eléctricos de alta temperatura que cubren un rango completo de temperatura de -100 ℃ a 2600 ℃.. Entre sus productos se encuentran hornos eléctricos experimentales., hornos de atmósfera de vacío, hornos industriales, y equipos de calentamiento por inducción de media frecuencia. Los principales productos incluyen hornos de caja., hornos tubulares, hornos elevadores, hornos de empuje, hornos de bogie, hornos rotativos, hornos de túnel, y varios hornos especializados de media frecuencia.
La empresa se adhiere a la innovación tecnológica y ha aprobado las certificaciones ISO9001 y CE de la UE.. posee 21 marcas registradas, 29 patentes, y 27 derechos de autor del software.
Métodos de pago
TT
Métodos de envío
El horno eléctrico está empaquetado en tres capas.: primero envuelto en papel de espuma, luego envuelto en película plástica, y finalmente embalado en una caja de madera..
Preguntas frecuentes (Preguntas frecuentes)
- What is the highest temperature a zirconia-alumina crucible can withstand?
Zirconium-alumina crucibles can be used at temperatures up to 1800℃, with a long-term recommended operating temperature of 1750℃. They are suitable for various high-temperature melting and sintering processes.
- What is the difference between 25# y 40# zirconia-alumina crucibles?
25# y 40# are mainly classified according to their zirconia (ZrO₂) content. Generally, the higher the zirconia content, the stronger the material’s thermal shock resistance and resistance to melt erosion. Users can choose the appropriate model based on specific process conditions.
- What are the advantages of zirconia-alumina crucibles?
Zirconium-alumina crucibles combine the high strength of alumina with the excellent thermal shock resistance of zirconia. They offer advantages such as high temperature resistance, resistencia a la corrosión, resistance to melt erosion, high mechanical strength, y larga vida útil, making them particularly suitable for rapid heating and cooling and continuous high-temperature production environments.
- What materials are they suitable for melting?
The products are suitable for precious metals, high-temperature alloys, specialty glasses, cerámica avanzada, new energy materials, and other materials requiring high-temperature treatment and smelting, meeting diverse application needs in laboratories and industrial production.
- Do you support customized specifications and models?
Sí. We can customize zirconium alumina crucibles of different sizes, capacities, wall thicknesses, and special structures based on customer-provided drawings, samples, or technical requirements. We also offer products with different zirconium oxide content grades (e.g., 25#, 40#) to meet various high-temperature process requirements.
