Mullite:Key Advantages for Heater Components

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Generally, mullite is used as a high-temperature material due to its exceptional heat resistance (withstanding temperatures over 1800 °C). It can handle rapid temperature changes without cracking and maintains high structural strength even under extreme conditions.

 

Main Applications

 

Advanced Refractories:
Used as inner lining materials for high-temperature industrial furnaces employed in the manufacture of metals, glass, and ceramics.

 

High-Temperature Parts:
An ideal material for furnace chambers, supports, radiant tubes, and other components requiring superior heat endurance.

 

Key Advantages for Heater Components

 

Outstanding High-Temperature Performance:
Maintains structural strength and form stability under extremely high temperatures, with outstanding resistance to deformation.

 

Enhanced Durability and Service Life:
Excellent thermal shock resistance significantly reduces the risk of cracking and extends the operational life of the components.

 

Optimized Energy Efficiency:
Promotes uniform heat distribution and efficient heat conduction, effectively reducing overall energy costs.

 

Superior Chemical Resilience:
Provides excellent resistance to corrosion, performing reliably in diverse furnace atmospheres.

 

Innova Mullite Plates

 

Innova specializes in the consistent production of high-quality mullite plates. We offer a range of standardized dimensions and also welcome enquiries for custom specifications based on your provided drawings.

 

Available Dimensions

 

Dimension (mm)Drawing Reference
Φ77.00 × Φ11.00 × 10.00Mullite Plates Dimension Drawing1
Φ49.00 × Φ10.00 × 10.00Mullite Plates Dimension Drawing2
Φ85.00 × Φ10.00 × 10.00Mullite Plates Dimension Drawing3
Φ90.00 × Φ12.00 × 10.00Mullite Plates Dimension Drawing4
Φ85.00 × Φ12.00 × 10.00Mullite Plates Dimension Drawing5
Φ90.00 × Φ11.00 × 10.00Mullite Plates Dimension Drawing6
Φ55.00 × Φ8.00 × 10.00Mullite Plates Dimension Drawing7

 

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