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                                                                                                                                                                                                                                                                                                                                                100kg Conventional Type Crucible, 1kg Conventional Type Crucible, Circular High Purity Graphite Crucible
                              

Material:	Silicon Carbide	Density:	2.21-2.25 G/cm3
Shape:	Round	Capacity:	1-100kg
Chemical Resistance:	High	Composition:	High Pure
Emperature Resistance:	Up To 1600°C	Slag Adherence:	Low
Name:	Graphite Carbon Crucible

Material:	Silicon Carbide
Density:	2.21-2.25 G/cm3
Shape:	Round
Capacity:	1-100kg
Chemical Resistance:	High
Composition:	High Pure
Emperature Resistance:	Up To 1600°C
Slag Adherence:	Low
Name:	Graphite Carbon Crucible

1 - 100kg Capacity Conventional Type Crucible Circular High Purity Graphite Crucible

Key Specifications

Material	Silicon Carbide
Density	2.21-2.25 g/cm³
Shape	Round
Capacity	1-100kg
Chemical Resistance	High
Composition	High Pure
Temperature Resistance	Up to 1600°C
Slag Adherence	Low

Environmental and Energy Efficient Round Conventional Crucible with Outstanding Corrosion Resistance

Advantages of Conventional Type Crucible

Quick Heating: High thermal conductivity materials enable rapid heat transfer for efficient content heating
Long-lasting Performance: 2-5 times longer lifespan than traditional clay-graphite crucibles
Strength and Resilience: High-pressure shaping creates durable composition with superior high-temperature strength
Superior Corrosion Resistance: Advanced materials provide robust protection against molten metal corrosion
Reduced Slag Accumulation: Designed interior minimizes slag sticking to maintain thermal efficiency
Temperature Range Flexibility: Suitable for 400℃ to 1600℃ applications
Metal Oxidation Inhibition: Special elements decrease metal oxidation during melting
Energy Efficiency: Excellent thermal conductivity reduces fuel use and pollution emissions
Oxidation Protection: Advanced system safeguards graphite content for prolonged service life

Product Details

Material: High-purity refractory materials including silicon carbide and alumina
Design: Cylindrical form with wide opening for convenient pouring and secure handling
Thermal Performance: Engineered for optimal heat retention and even distribution
Application: Melting and casting of metals in induction furnaces
Features: Long service life, fast thermal conductivity, high corrosion resistance

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