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High-Temperature Corundum Mullite Crucible

Corundum mullite crucible belongs to the field of refractory materials technology. It is sequentially processed through batching, forming, and firing. It is made from ingredients such as electrically fused mullite, plate-like sapphire, alumina powder, silicon powder, calcium aluminate cement, and sodium...

High-Temperature Corundum Mullite Crucible

Introduction

Corundum mullite crucible belongs to the field of refractory materials technology. It is sequentially processed through batching, forming, and firing. It is made from ingredients such as electrically fused mullite, plate-like sapphire, alumina powder, silicon powder, calcium aluminate cement, and sodium hexametaphosphate, using the self-flow casting method for molding, and then obtained after demoulding and drying followed by high-temperature firing.

Advantages

  • Corundum mullite crucibles can withstand extremely high temperatures and are typically stable for use at temperatures above 1500°C.
  • They exhibit excellent chemical stability and are not easily corroded or eroded by chemical substances.
  • They have a long service life and are not easily worn or damaged.
  • Both corundum and mullite are inert materials, so they do not contaminate samples, ensuring the purity of the heat treatment process.
  • They have good thermal conductivity, enabling uniform heating and cooling of samples, thereby improving the effectiveness of heat treatment.

Specifications of the Mullite Crucibles We Offer

Corundum Mullite Crucible Specification Table (UoM:mm)
160×160×50190×190×35102×102×37320×230×60
150×150×100190×190×100160×105×55240×240×30
320×320×80250×250×105330×245×130330×240×90
The crucibles have differences in flat and notched mouths. In addition to the specifications mentioned above, we also offer various sizes. For detailed information, please consult our professional customer service personnel!

Applications

Corundum mullite crucibles are widely used in the fields of advanced ceramics, electronic ceramics, functional ceramics, heat treatment, medium-frequency induction furnaces, metal forging, piezoelectric ceramics, electrical ceramics, metal ceramics, magnetic materials, rare earth phosphors, long afterglow luminescent materials, high-density hard alloys, positive and negative materials for lithium batteries, lithium cobaltate, cobalt oxide, strontium carbonate, lithium iron phosphate, chemical powders, nano-iron oxide, barium carbonate powder, zirconia powder, and electronic ultra-pure powders, among other areas of inorganic new materials.

Related Equipment

  • Muffle Furnaces
Technical data

Specifications

Figures below are the manufacturer data for this model. Anything not listed is confirmed in writing with the quotation rather than estimated here.

Chemical CompositionAL₂O₃%90.5
Sio₂%8.3
Fe₂o₃%0.1
Apparent Porosity%18
Bulk Densityg/m³2.83
Room Temperature Compressive StrengthMpa91
Room Temperature Flexural StrengthMpa12.1
Load Softening Starting Temperature (0.2Map)℃1690
Thermal Shock Stability (Water Cooling at 1100°C)Time﹥15
Refractoriness℃≥1790

Processes This Unit Supports

These are the applications ZYLAB lists this model under. Each link opens the full equipment set for that process, which is useful when a project needs more than one machine.

  • General laboratory sample preparation

Who Orders It

Fields this model already works in, plus what ZYLAB puts behind it: a 2-year warranty on most products, glass excluded, spare parts in stock and free application support by WhatsApp or email.

  • University and institute research laboratories
Buyer questions

Ordering High-Temperature Corundum Mullite Crucible

What is High-Temperature Corundum Mullite Crucible typically used for?

Corundum mullite crucible belongs to the field of refractory materials technology. It is sequentially processed through batching, forming, and firing. It is made from ingredients such as electrically fused mullite, plate-like sapphire, alumina powder, silicon

How quickly can High-Temperature Corundum Mullite Crucible be shipped?

Most standard ZYLAB models are held in stock. After testing and packing we normally ship High-Temperature Corundum Mullite Crucible within 3 to 7 days. Customised builds are scheduled after the drawing is confirmed, and we give you the date in writing before the order is placed.

Can High-Temperature Corundum Mullite Crucible be customised for our process?

Yes. Chamber or tube size, temperature profile, atmosphere, gas path, control system and data recording can all be adapted. Send us your process conditions and sample details and our engineers work out a configuration with you.

What warranty comes with High-Temperature Corundum Mullite Crucible?

Most ZYLAB products carry a 2-year warranty, glass components excluded; the exact term for this model is the one printed in its specification table and repeated on the quotation. Within the warranty period any part that fails through no misuse of your own is replaced free of charge.

Can we get technical help before ordering High-Temperature Corundum Mullite Crucible?

Yes, and it is free. Our technical staff help with model selection, troubleshooting, manuals and application questions whether or not you have ordered from us before. Write to [email protected] or message us on WhatsApp.

Quote For High-Temperature Corundum Mullite Crucible

Tell us the sample, the temperature and the atmosphere. You get the configuration, the price and the despatch date in one reply.