In Steel plants, these products are used in critical areas such as electric arc furnaces, basic oxygen converters, ladles, tundish systems, and secondary metallurgy units.
For non-ferrous operations, Champion’s basic refractories are supplied for copper smelting and converting furnaces, anode furnaces, VOD units, zinc processing, and glass melting applications.
In lime kilns, specialized basic bricks are deployed in high-temperature burning zones where resistance to thermal cycling and chemical attack is essential.
The product range is formulated using high-purity raw materials including magnesia, chrome-bearing compounds, fused magnesia-chrome, graphite, and carbon-bonded systems. Controlled manufacturing and post-firing treatments enhance room temperature strength, reduce permeability, and improve resistance to slag and molten metal penetration.
Product Range
01
Magnesia Bricks
Designed for excellent refractoriness, slag resistance, and structural integrity in furnaces, ladles, mixers, and regenerators.
02
Magnesia Chrome Bricks
Enhanced resistance to thermal shock, corrosion, and mechanical wear, suitable for rotary kilns, open hearth furnaces, and backup linings.
03
Direct Bonded Magnesia Chrome (DMBC) Bricks
High-density bricks with superior hot strength and corrosion resistance for extreme service conditions.
04
Magnesia Carbon Bricks
Carbon-bonded bricks offering excellent resistance to thermal shock, slag penetration, and molten metal.
05
Alumina Magnesia Carbon Bricks
Composite bricks providing enhanced corrosion resistance and durability in steel ladle metal zones.
06
Basic Mortars
Ceramic and chemical bonded mortars for secure laying of basic refractory bricks.
07
Basic Ramming Masses
Ramming materials for furnace bottoms and tap holes with good compaction and sintering strength.
08
Basic Gunning Masses
Gunning materials designed for hot and cold repair applications, enabling rapid installation and effective adhesion
09
Basic Spraying Mixes
Spraying mixes developed for tundish bottoms and walls, providing consistent performance under high operating temperatures.
Key Performance Characteristics
Slag Resistance
Excellent resistance to basic slags and molten metal
Mechanical Strength
High mechanical strength and load-bearing capacity
Thermal Resistance
Good resistance to thermal shock and spalling
Thermal Stability
High thermal stability
Extended Life
Controlled porosity and density for extended lining life
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