Alumina Crucible – Cylindrical

Price range: ₹228.00 through ₹14,549.00

(2 customer reviews)
Indian rupee (₹) - INR
  • Indian rupee (₹) - INR
  • United States dollar ($) - USD
  • Euro (€) - EUR
  • Pound sterling (£) - GBP

High purity 99.8% cylindrical alumina crucibles designed for high temperature laboratory and industrial applications up to 1750°C. Suitable for metallurgy testing, materials research and chemical analysis.

  • High purity alumina ceramic (≥ 99.8%)
  •  Maximum temperature: 1750°C
  • Dense ceramic structure (>3.9 g/cm³)
  • Excellent thermal and chemical resistance
  • Ultra-high vacuum compatible

Ships From: Mumbai, India
Country of Origin: India

In stock items: Dispatch within 3–5 business days
Items not currently in stock: Estimated production lead time 4–5 weeks

We offer two purity grades:

99.8% Alumina
Recommended for high temperature and research applications.

99.5% Alumina
Economical option for general laboratory use.

Cylindrical Alumina Crucible – 99.8% High Purity Alumina

Our cylindrical alumina crucibles are manufactured from high purity alumina ceramic sourced from globally recognized producers such as ALCOA and designed for high temperature laboratory and industrial applications. These crucibles offer excellent thermal stability, chemical resistance, and mechanical strength, making them suitable for demanding furnace environments.

Manufactured using advanced ceramic processing techniques such as slip casting and pressure casting, our crucibles ensure consistent quality and reliable performance during high temperature testing and material analysis.

These alumina crucibles are widely used in metallurgy laboratories, materials science research, chemical analysis, and high temperature furnace applications.

Key Features

  • High purity alumina ceramic (≥ 99.8% Al₂O₃)
  • Maximum operating temperature up to 1750°C (without load)
  • High mechanical strength and dense ceramic structure
  • Excellent resistance to chemical corrosion
  • Suitable for laboratory and industrial furnace applications
  • Tested for ultra-high vacuum compatibility

Manufacturing Process

Our ceramic labware is manufactured using precision ceramic forming techniques including:

  • Slip casting
  • Pressure casting

The sintered alumina ceramic achieves a fine grain structure and high density, ensuring excellent performance in high temperature environments.

Technical Specifications

Property Value
Material High Purity Alumina
Al₂O₃ Purity ≥ 99.8%
Sintered Density > 3.9 g/cm³
Theoretical Density 3.96 g/cm³
Grain Size 2–4 microns
Maximum Temperature 1750°C
Thermal Shock Rate ≤ 150°C per hour

Dimensional Tolerance

For manufactured alumina crucibles, dimensional tolerances are as follows:

  • ±1 mm for dimensions up to 50 mm
  • ±2 mm for dimensions above 50 mm

Applications

Cylindrical alumina crucibles are commonly used in:

  • Metallurgy testing laboratories
  • Materials science research laboratories
  • Chemical analysis laboratories
  • Battery material testing
  • Ceramic material research
  • Industrial high temperature furnace applications

Vacuum Compatibility

Our alumina crucibles are tested for ultra-high vacuum compatibility, making them suitable for advanced laboratory and research environments.

Packaging and Shipping

Products are carefully packed to minimize breakage during transportation.

In stock items: Dispatch within 3–5 business days
Items not currently in stock: Estimated production lead time 4–5 weeks

Ships From: Mumbai, India

We offer two purity grades:

99.8% Alumina
Recommended for high temperature and research applications.

99.5% Alumina
Economical option for general laboratory use.

Technical Documents

Download the detailed product documentation below:

pdf icon flat 50pxTechnical Datasheet (PDF)   pdf icon flat 50pxProduct Brochure (PDF)

2 reviews for Alumina Crucible – Cylindrical

  1. Deepak Sharma

    Very good product. Easily withsdands ~1300-1400 Celsius degree

  2. Guru Prasath

    Worth for money.

Add a review

Your email address will not be published. Required fields are marked *