Uniform Heating Round Conventional Circular Type Crucible Outstanding Corrosion Resistance

Advantages of Conventional Type Crucible

1.Rapid Heat Transfer: Crucibles crafted from materials with superior thermal conductivity feature a dense structure, minimal apparent porosity, and high thermal transfer rates for swift heating.

2.Extended Durability: These crucibles, made from select materials, boast a service life two to five times longer than that of standard clay-graphite crucibles.

3.Enhanced Strength: High-quality materials and high-pressure molding techniques ensure a crucible with a sound phase combination and robust strength at high temperatures, along with excellent load-bearing capacity.

4.Improved Corrosion Resistance: Advanced material formulations in the crucibles provide effective protection against the physical and chemical effects of molten metals.

5. Minimized Slag Build-up: The interiors of these crucibles are designed to reduce slag adhesion, which lowers thermal resistance and the likelihood of expansion or cracking, thus maintaining the crucible's full capacity.

6. Broad Temperature Applicability: Available for use across a wide temperature range from 400℃ to 1600℃, these crucibles can be chosen to match various thermal requirements.

7. Metal Oxidation Reduction: The crucible material includes specific elements that significantly reduce the oxidation of metals during the melting process.

8. Ecologically Friendly and Energy-Saving: The high thermal conductivity of these crucibles leads to a significant reduction in fuel consumption and emission of pollutants. With optimal resistivity for induction heating, they minimize reactive power loss.

9. Advanced Oxidation Protection: The crucibles are equipped with an advanced oxidation resistance system that protects the graphite content, ensuring extended service duration.

Introduction of Conventional Type Crucible

1.Material Composition: Conventional crucibles are typically made from materials with high refractory qualities, such as clay-graphite, silicon carbide, or alumina. These materials can withstand the extreme temperatures required for melting metals and glass.

2.Design: They feature a classic design with a cylindrical shape, a broad mouth for easy pouring, and a handle for safe manipulation. The size and shape can vary depending on the application and the volume of material to be processed.

3.Thermal Properties: These crucibles are designed for efficient heat retention and distribution, ensuring even melting of the contents. The choice of material also affects the rate of heat transfer.

Deatils of Conventional Type Crucible

Picture of conventional type crucible sample detail