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High Thermal Conductivity Oval Crucible Energy Saving Corrosion Resistant

Product Details

Place of Origin: China

Brand Name: Baidun

Model Number: HL-Y2600

Payment & Shipping Terms

Minimum Order Quantity: 1PC

Price: negotiation

Packaging Details: Export Wooden Packing

Delivery Time: 25-30 Days

Payment Terms: TT

Supply Ability: 5000PCS /MOUTCH

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Highlight:

High Thermal Conductivity Oval Crucible

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Oval Crucible Energy Saving

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Oval Crucible Corrosion Resistant

Name:
Oval Crucible
Material:
Silicon Carbide And Graphite
Density:
2.21-2.25 G/cm3
Shape:
Ovel
Temperature Resistance:
Up To 1600°C
Usage:
Melting And Casting Of Non-ferrous Metals
Packing:
Wooden Case Or As Per Customer's Requirement
Thermal Shock Resistance:
Excellent
Durability:
Long-lasting
Name:
Oval Crucible
Material:
Silicon Carbide And Graphite
Density:
2.21-2.25 G/cm3
Shape:
Ovel
Temperature Resistance:
Up To 1600°C
Usage:
Melting And Casting Of Non-ferrous Metals
Packing:
Wooden Case Or As Per Customer's Requirement
Thermal Shock Resistance:
Excellent
Durability:
Long-lasting
High Thermal Conductivity Oval Crucible Energy Saving Corrosion Resistant
High Thermal Conductivity Oval Crucible Energy Saving Corrosion Resistant
Product Specifications
Attribute Value
Name Oval Crucible
Material Silicon Carbide and Graphite
Density 2.21-2.25 g/cm3
Shape Oval
Temperature Resistance Up to 1600°C
Usage Melting and casting of non-ferrous metals
Packing Wooden case or as per customer's requirement
Thermal Shock Resistance Excellent
Durability Long-lasting
Product Overview

Oxidation and chemical resistant metal melting silicon carbide graphite oval type crucible is engineered for exceptional performance in high-temperature applications. These crucibles are crafted from a compound of silicon and carbon, making them ideal for fusing materials like aluminum, copper, and brass.

Key Features
  • High Thermal Conductivity: Made with natural graphite materials and silicon carbide, produced by isostatic pressing for fast heat conduction
  • Energy Efficient: High thermal conductivity material saves significant energy during operation
  • Chemical Stability: Resists most molten metals and metal oxides up to maximum operating levels
  • Thermal Shock Resistance: Low thermal expansion coefficient allows handling rapid heating/cooling cycles without cracking
  • Optimized Design: Oval shape facilitates automated operations with robotic arms and includes partition for simultaneous melting and working
Technical Details
Thermal Conductivity 40-50 W/mK (800℃)
Application Die-casting of zinc alloy and aluminum alloy
Shape Oval
Type Heat stability
Color Black
Applications

Oval crucibles are used in various industrial and laboratory settings including:

  • Melting of non-ferrous metals (aluminum, copper, brass)
  • Die-casting processes
  • Synthesis of advanced materials
  • High-temperature processes requiring precise thermal control

The oval shape provides advantages in space-constrained environments and facilitates controlled pouring with its longer pouring lip.

Product Images