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Alumina crucible

Product Performance: High-temperature resistance, thermal shock stability, thermal conductivity

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E-Mail:

hbsq@hbthanky.com

Product Details

1. Product Performance

· High-temperature resistance

Capable of withstanding extremely high temperatures (typically above 1600°C), making it suitable for processes such as high-temperature melting, chemical reactions, or material sintering.

· Thermal shock stability

It can effectively resist cracking or damage caused by temperature changes during rapid heating or cooling.

· Thermal conductivity

It has excellent thermal conductivity, enabling uniform heat transfer and making it ideal for experiments or production processes that require precise temperature control.

2. Physicochemical indicators

Al 2 O 3 Content 99%
Volumetric density (g/cm³) 3 ) 3.84
Flexural Strength (20℃, MPa) 340
Compressive strength (20℃, MPa) 2210
Coefficient of thermal expansion (25℃–800℃, 10) -6 /℃) 7.6
Volume resistivity (20℃/300℃, Ω·cm) 3 ) 1014/1010
Long-term operating temperature (℃) 1600
Thermal conductivity (25℃, W/(m·K)) 34
Dielectric strength (kV/mm) 10

3. Common specifications

Capacity Size
Diameter (mm) Height (mm) Wall thickness (mm)
200cc 70 70 3
350cc 70 120 3.5
300cc 80 80 3
450cc 90 90 3
510cc 95 95 4
630cc 100 100 3.5
750cc 100 120 4
1000cc 130 140 4.5

4. Application Fields

Widely used in fields such as metallurgy, chemical engineering, and materials science, it is suitable for applications including metal melting, alloy preparation, and high-temperature reactions.

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Product Hotline:

+86-319-8866888

Address:

Floor 9, Huaqi Office Building, Enterprise Office Center, South Side of Renmin Street, Shahe City, Xingtai City, Hebei Province