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Electromagnetic Induction Furnace Crucible With Pouring Nozzle

Product Details

Place of Origin: China

Brand Name: Baidun

Model Number: HL1650

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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Electromagnetic Induction Furnace Crucible

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Induction Furnace Crucible With Pouring Nozzle

Name:
Induction Furnace Crucible
Material:
Silicon Carbide And Graphite
Density:
2.21-2.25 G/cm3
Emperature Resistance:
Up To 1600°C
Usage:
Melting And Casting Of Non-ferrous Metals
Packing:
Wooden Case Or As Per Customer's Requirement
Shape:
Cylindrical
Advantages:
Melting And Casting Of Non-ferrous Metals, Alloys, And Precious Metals
Thermal Shock Resistance:
Excellent
Name:
Induction Furnace Crucible
Material:
Silicon Carbide And Graphite
Density:
2.21-2.25 G/cm3
Emperature Resistance:
Up To 1600°C
Usage:
Melting And Casting Of Non-ferrous Metals
Packing:
Wooden Case Or As Per Customer's Requirement
Shape:
Cylindrical
Advantages:
Melting And Casting Of Non-ferrous Metals, Alloys, And Precious Metals
Thermal Shock Resistance:
Excellent
Electromagnetic Induction Furnace Crucible With Pouring Nozzle
Electromagnetic Induction Furnace Crucible With Pouring Nozzle
Product Specifications
Attribute Value
Name Induction Furnace Crucible
Material Silicon Carbide and Graphite
Density 2.21-2.25 g/cm3
Temperature Resistance Up to 1600°C
Usage Melting and casting of non-ferrous metals
Packing Wooden case or as per customer's requirement
Shape Cylindrical
Advantages Melting and casting of non-ferrous metals, alloys, and precious metals
Thermal Shock Resistance Excellent
Product Description

Our Safety High Oxidation Resistance Crucible With Pouring Nozzle is engineered for superior performance in metal melting applications. Made from silicon carbide and graphite, these crucibles can withstand extreme temperatures up to 1600°C, making them ideal for continuous use with molten metals, alloys, and superheated materials.

The integrated pouring nozzle enhances operational efficiency by providing a directed flow of molten metal, reducing oxidation risks and improving casting precision. This design innovation represents the latest advancement in metallurgy and casting technology.

Key Features
  • Precision Casting: Enables accurate pouring into molds for high-fidelity cast products
  • Enhanced Safety: Reduces spill risks and maintains operator distance from molten metal
  • Material Versatility: Compatible with aluminum, copper, zinc, gold, silver, and their alloys
  • Optimized Design: Available in various configurations to suit different furnace types and capacities
  • Thermal Efficiency: High thermal conductivity (40-50 W/mK at 800°C) for rapid heating
  • Durability: Excellent thermal shock resistance and long service life
Technical Details
Product Name Crucible with Pouring Nozzle
Thermal Conductivity 40-50 W/mK (800℃)
Application Melting and Holding of Non-ferrous Metals
Shape Round
Type Heat stability
Color Black
Product Gallery
Applications

This crucible with pouring nozzle is extensively used for melting and casting various alloys including:

  • Aluminum and aluminum alloys
  • Copper and copper-based alloys
  • Zinc alloys
  • Precious metals (gold, silver, and their alloys)
  • Other non-ferrous metal applications