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Electric-Arc Fused Quartz Crucible

Electric-Arc Fused Quartz Crucible

100 INR/Piece

Product Details:

  • Specimen Size Various, typically 50 ml - 5 L capacity
  • Equipment Type Fused Quartz Crucible
  • Features Thermal shock resistant, highly pure (99.99% SiO2), corrosion resistant, electric-arc fused, transparent to UV
  • Gas Pressure Ambient
  • Automation Grade Manual
  • Humidity 50% RH (recommended for storage)
  • Port Size Custom as per requirement
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Electric-Arc Fused Quartz Crucible Price And Quantity

  • 100.00 - 1000.00 INR/Piece
  • 100 INR/Piece
  • 3-4 Piece

Electric-Arc Fused Quartz Crucible Product Specifications

  • Bench-top or rack mountable
  • High purity; dimensional tolerance 0.5 mm
  • High-temp melting, semiconductor, metallurgy, glass, solar industries
  • Single crucible per test
  • Max. 1,700C (Working Temperature)
  • Mohs 7
  • Lab analysis, material processing, sample melting
  • Custom as per requirement
  • Up to 300 mm (varies with model)
  • Manual Handling
  • Approx. 3-10 kg (depending on size)
  • 50% RH (recommended for storage)
  • Ambient
  • Manual
  • Thermal shock resistant, highly pure (99.99% SiO2), corrosion resistant, electric-arc fused, transparent to UV
  • Various, typically 50 ml - 5 L capacity
  • Fused Quartz Crucible
  • 50 ml 5 L

Electric-Arc Fused Quartz Crucible Trade Information

  • 3-4 Piece Per Day
  • 3-4 Week
  • All India
  • ISO 9001: 2015 CERTIFIED

Product Description

Electric-Arc Fused Quartz Crucible 

  • Electric-arc fused quartz crucible Top OD136 5mm Bottom OD 1305mm Height 2053.0mm Thickness 82.0mm
  • Translucent, clearinner surface and sandy opaque outer surface
  • What we quote you isthe electric-arc fused quartz crucible.
  • You can see thesurface photo in the quotation sheet.
  • ItsSiO2 is  99.95%

 



Superior Material and Purity

Our quartz crucibles are produced from high-purity fused quartz (99.99% SiO2), offering exceptional structural integrity and minimal contamination risk for sensitive processes. The electric-arc fusion process, undertaken under a controlled atmosphere, ensures outstanding chemical purity and crystal consistency, crucial for applications in semiconductor and advanced material analysis.


Engineered for Extreme Conditions

These crucibles are designed to endure up to 1,700C, providing outstanding thermal and chemical stability. Their low thermal expansion coefficient and high resistance to acids (except hydrofluoric acid) make them ideal for use in high-temperature melting, material processing, and rigorous laboratory environments.


Customizable and Versatile

Offered in standard cylindrical, conical, or entirely custom shapes, our crucibles can be tailored to your exact sample volume and processing requirements. Each unit features a precision fire-polished finish, high dimensional accuracy (0.5 mm), and comes foam-padded in export-quality packagingready for laboratory or industrial integration.

FAQs of Electric-Arc Fused Quartz Crucible:


Q: How is the Electric-Arc Fused Quartz Crucible manufactured?

A: The crucible is created using an electric-arc fusion process under a controlled atmosphere. High-purity silica (SiO2) is fused at extremely high temperatures to form a seamless, homogeneous vessel with superb chemical stability and minimal impurities.

Q: What benefits does high-purity fused quartz offer in this crucible?

A: High-purity fused quartz (99.99% SiO2) provides excellent resistance to thermal shock, high chemical durability, and extremely low impurity levels, making it suitable for sensitive melting, analysis, and processing applications in demanding industries such as semiconductors and solar manufacturing.

Q: When should I use this crucible instead of other materials?

A: Choose this crucible when you require excellent thermal stability (up to 1,700C), high purity, transparency to UV-visible light, and robust resistance to most acids (excluding hydrofluoric acid). Its ideal for laboratory analysis, material melting, and semiconductor processing where contamination minimization is essential.

Q: Where can these crucibles be utilized?

A: These crucibles are widely used in laboratory analysis, high-temperature material processing, semiconductor and metallurgical industries, glass and solar cell manufacturing, and research facilities that demand stringent contamination control.

Q: What is the recommended process for using and handling these crucibles?

A: Use the crucible in environments with ambient gas pressure and humidity not exceeding 50% RH. Manual handling is suggested, and ensure the crucible is mounted stably on a bench top or rack. Gradual temperature changes help maximize lifespan and prevent thermal stress.

Q: How can I order custom shapes or port sizes for these crucibles?

A: Custom cylindrical, conical, or uniquely dimensioned cruciblesalong with tailored port sizesare available upon request. Simply specify your requirements when placing an order to ensure the crucible meets your process needs.

Q: What advantages does the fire-polished surface provide?

A: The fire-polished, smooth surface minimizes particle adherence and eases cleaning, while enhancing the vessels structural strength and transparency. This finish helps maintain sample purity and optimizes performance during repeated high-temperature cycles.

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