Burner Block

Alumina and Zircon-Mullite
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Typical Application

Regenarator Walls

DETAIL

 

High-Performance Burner Blocks for Feeder and Forehearth Systems!

Our alumina and zircon-mullite burner blocks are specifically engineered for high-performance applications in feeder and forehearth systems, primarily used in high-temperature glass-melting environments. Manufactured from high-purity alumina and zircon-mullite, these blocks are designed to deliver exceptional thermal stability, mechanical strength, and chemical resistance, ensuring reliable performance and precise temperature control over extended periods.

In **Burner Blocks** production, alumina and zircon-mullite compounds are shaped through vibration forming. Notable features include precise finishing for tight tolerances, ensuring correct placement in furnace melt lines and high melt purity. High manufacturing quality ensures durability, smooth surfaces, uniform density, and resistance to thermal shock and corrosion. High-purity raw materials and adherence to international standards result in a globally competitive product. Customizable dimensions and material compositions enable targeted solutions. Domestic production provides economic benefits while maintaining technical advantages, offering a reliable platform for collaboration across industries with fast supply and resolving foreign sourcing challenges effectively.

Using advanced vibration forming technology, our burner blocks achieve uniform density and structural integrity, even when producing complex geometries. This precision manufacturing ensures tight dimensional tolerances that allow for stable installation in furnace melt lines. Maintaining high melt purity is crucial for consistent glass quality, and our burner blocks help achieve this by ensuring accurate alignment within the feeder and forehearth channels.

The high-quality manufacturing process guarantees extended service life and superior durability, reducing the need for frequent replacements and minimizing unplanned production interruptions. Additionally, the smooth surface finishes of the burner blocks allow for easy assembly and precise alignment with surrounding refractory components, further optimizing system efficiency and installation reliability.

Our burner blocks also provide outstanding resistance to thermal shock, corrosion, and the aggressive conditions often found in high-temperature furnace environments. The use of high-purity materials ensures strict control of metallic impurities, particularly iron-based elements, which helps to maintain melt purity and meet demanding industry standards.

A wide range of quality grades is available, allowing for precise product selection tailored to specific operational needs. Backed by expertise in international standards and advanced manufacturing capabilities, our burner blocks deliver global performance while offering significant economic benefits through domestic production, fast lead times, and customizable solutions.

Whether you’re looking for enhanced durability, superior thermal properties, or precise customizations, our burner blocks provide a reliable and cost-effective solution for feeder and forehearth systems across diverse industries.

Data Sheet

MR Quality MR-90 MR-33
Al2O3 (%) 90.0 74.0
Fe2O3 (%) 0.2 0.2
SiO2 (%) 6.0 13.0
ZrO2 (%) 12.0
B.D. (gm/cc) 2.95 3.00
A.P. (%) 18 18
C.C.S. (kg/cm2) 700 800
P.C.E (Orton) 38 34
R.T.E. (%) 0.70 0.68
T.C. (W/m·K) 2.02 2.06
T.S.R Good V.Good

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