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High Strength Energy Saving Cylindrical Crucible In Chemistry Lab

Product Details

Place of Origin: China

Brand Name: Baidun/J&J

Payment & Shipping Terms

Minimum Order Quantity: 1PC

Packaging Details: Export Wooden Packing

Payment Terms: TT

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Highlight:

High Strength Cylindrical Crucible

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Energy Saving Cylindrical Crucible

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Cylindrical Crucible In Chemistry Lab

Country Of Origin:
China
Material:
Silicon Carbide And Graphite
Shape:
Cylindrical
Composition:
High Pure,SiC,Clay
Top Diameter:
Customized,according To Customers' Requirements,70-700mm
Height:
As Required,according To Customers' Requirement
Bottom Diameter:
Customized,50-500mm
Type:
Isostatic,High Strength,Graphite Crucible
Name:
Oval Crucible
Country Of Origin:
China
Material:
Silicon Carbide And Graphite
Shape:
Cylindrical
Composition:
High Pure,SiC,Clay
Top Diameter:
Customized,according To Customers' Requirements,70-700mm
Height:
As Required,according To Customers' Requirement
Bottom Diameter:
Customized,50-500mm
Type:
Isostatic,High Strength,Graphite Crucible
Name:
Oval Crucible
High Strength Energy Saving Cylindrical Crucible In Chemistry Lab
High Strength Energy Saving Cylindrical Crucible In Chemistry Lab
Product Specifications
Country Of Origin China
Material Silicon Carbide and Graphite
Shape Cylindrical
Composition High Pure, SiC, Clay
Top diameter Customized (70-700mm)
Height As required
Bottom diameter Customized (50-500mm)
Type Isostatic, High Strength, Graphite Crucible
Name Oval Crucible
Silicon Carbide Graphite Crucible
High-Performance Crucibles for Extreme Temperature Applications
Product Advantages
  • Superior Material Performance: Enhanced oxidation resistance, excellent thermal conductivity, and extended service life
  • Energy Efficiency: Significant energy-saving properties reduce operational costs
  • Cost-Effectiveness: Lowers production costs while improving productivity
  • Advanced Manufacturing: Static pressing technology ensures consistency and structural integrity
Product Overview

Our Silicon Carbide Graphite Crucibles are engineered for industries requiring superior thermal conductivity, exceptional durability, and resistance to extreme temperatures. Designed to withstand temperatures up to 1600°C (2912°F), these crucibles are ideal for melting, casting, and refining processes in metallurgy, semiconductor manufacturing, solar energy, and laboratory research.

Primary Applications
  • Non-Ferrous Metal Casting: Aluminum/copper alloys for automotive parts and electrical components; precious metals refining
  • Recycling Facilities: Efficient recovery of scrap metals with minimal material loss
  • Die-Casting Operations: High-volume production of complex geometries
  • Research Laboratories: Small-capacity crucibles for R&D in advanced alloy development
Technical Specifications
Parameter Value
Material Silicon Carbide + Graphite
Maximum Temperature 1600°C (2912°F)
Density 2.8-3.0 g/cm³
Porosity ≤15%
Thermal Conductivity 120-150 W/m*K
Service Life 2-3 times longer than graphite crucibles