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Ceramic Conical Crucible

Ceramic Conical Crucible

30 INR/Piece

Product Details:

  • Heating Capacity Thermal resistant, High melting point
  • Features Thermal shock resistant, Chemically inert, High strength, Reusable, Non-porous
  • Temperature Resistance Up to 1600C
  • Control Type Manual handling
  • Shape Conical
  • Usage Laboratory
  • Type Conical Crucible
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Ceramic Conical Crucible Price And Quantity

  • 30 INR/Piece
  • 100 Piece

Ceramic Conical Crucible Product Specifications

  • Conical Crucible
  • 0.01 to 0.5 approx. (as per size)
  • Thermal resistant, High melting point
  • Yellow
  • Thermal shock resistant, Chemically inert, High strength, Reusable, Non-porous
  • Conical Crucible
  • Laboratory chemical analysis, Metal & alloy melting
  • Manual handling
  • Up to 1600C
  • Laboratory
  • Ceramic
  • Conical
  • Varies (Standard: 30mm-100mm height, diameter as per requirement)
  • High Alumina Ceramic
  • Ceramic Crucible
  • 50 mm
  • White
  • Smooth glazed
  • Up to 1600C
  • Suitable for analytical, research, and metallurgy labs
  • Yes
  • Available on request
  • Boxed and cushioned to prevent damage
  • Low

Ceramic Conical Crucible Trade Information

  • Telegraphic Transfer (T/T), Cheque
  • 10 Piece Per Day
  • 7-10 Days
  • Carton Box.
  • Australia, North America, Eastern Europe, Middle East, Africa, Central America, South America, Western Europe, Asia
  • All India

Product Description

We are presenting our clients a technical advanced array of Ceramic Conical Crucible. It is prepared by utilizing quality assured raw materials under the guidance of experienced professionals. Offered crucible is highly resistant to tearing and leakage. Also, Ceramic Conical Crucible is easy to clean and extremely durable.


Superior Material and Construction

Made from high alumina ceramic, this conical crucible is chemically inert, high in strength, and built to withstand intense thermal conditions. Its smooth glazed surface minimizes contamination, while low porosity enhances durability and chemical resistance during laboratory procedures.


Versatility in Laboratory Applications

Designed for versatility, this crucible is suitable for laboratory chemical analysis as well as melting various metals and alloys. Its excellent thermal shock resistance and high melting point make it dependable for repeated heating and cooling cycles in scientific environments.

FAQ's of Ceramic Conical Crucible:


Q: How should the ceramic conical crucible be handled during laboratory operations?

A: The crucible is designed for manual handling and should be manipulated with proper heat-resistant gloves or laboratory tongs, especially when subjected to high temperatures up to 1600C, to ensure user safety and prevent accidental damage.

Q: What benefits does the high alumina ceramic material provide for laboratory use?

A: High alumina ceramic assures outstanding thermal resistance, chemical inertness, and minimal porosity. These properties make the crucible exceptionally durable, reusable, resistant to acids, and suitable for repeated exposures to extreme temperatures without structural degradation.

Q: When is it advisable to request a lid for the crucible, and what advantages does it offer?

A: A lid is available on request and is recommended when you need to minimize contamination, control evaporation, or maintain a specific atmospheric environment within the crucible during experiments involving volatile or sensitive materials.

Q: Where can this ceramic conical crucible be utilized effectively?

A: This crucible is highly effective in laboratories handling chemical analysis or processes involving the melting of metals and alloys, particularly where reliable containment and high thermal endurance are critical.

Q: What is the packaging process to ensure the crucible arrives without damage?

A: Each crucible is individually boxed and cushioned during packaging. This careful process prevents movement and shock during shipment, ensuring the item arrives in perfect condition for immediate laboratory use.

Q: How does the crucible's low porosity affect its performance?

A: Low porosity limits absorption of chemicals or moisture, reduces the risk of contamination, and makes cleaning easier, thus extending the functional life and reliability of the crucible in repeated experiments.

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