$40% Alumina Refractory Bricks for high-temperature industrial furnaces supplied by Pamon Ventures Limited.”$

40% Alumina fire Bricks in Kenya, Uganda & Tanzania

Key features

Feature	Details
Product Name	40% Alumna fire Bricks
Alumina Content	40%
Material Type	High-temperature refractory brick
Primary Function	Provides heat, wear, and corrosion resistance
Applications	Furnaces, kilns, incinerators, boilers, industrial thermal equipment
Performance	Thermally stable, durable, shock-resistant
Packaging	Standard industrial pallets

Description
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40% Alumina Fire Bricks | Kenya, Uganda, Tanzania & East Africa

40% Alumina fire Bricks are high-quality refractory fire bricks designed for use in medium- to high-temperature industrial applications. With an alumina (Al₂O₃) content of approximately 40%, these bricks offer excellent resistance to heat, thermal shock, and chemical wear, making them suitable for furnaces, kilns, and boilers.

These refractory bricks are manufactured from carefully selected raw materials and fired at high temperatures to achieve strong mechanical strength and durability. Their balanced composition provides reliable performance in environments where both heat resistance and structural stability are required.

These alumina bricks are suitable in industries such as cement, steel, ceramics, and power generation. They help maintain thermal efficiency, protect furnace linings, and extend the lifespan of high-temperature equipment.

At Pamon Ventures Ltd, we supply durable and high-performance 40% alumina bricks to contractors, kiln builders, and industrial users across Kenya, Uganda, Tanzania, and East Africa.

Specifications – 40% Alumina fire Bricks

Specification	Details
Product Name	Alumina Fire Brick
Alumina Content	~40% Al₂O₃
Material Type	Refractory Ceramic
Shape	Standard Brick
Color	Light Brown / Yellowish
Application	High-temperature lining
Usage	Furnaces, Kilns, Boilers

Applications

Typical Uses:

Industrial furnaces
Boilers and combustion chambers
Kilns and ceramic ovens
Steel and metal processing plants
Cement manufacturing plants
Incinerators and thermal systems

Key Features & Benefits

Performance Advantages:

High heat resistance for medium to high temperatures
Good thermal shock resistance
Strong mechanical strength and durability
Maintains structural integrity under heat
Improves thermal efficiency of systems
Long service life in demanding conditions

Technical Data

Parameter	Typical Value
Alumina Content	~40%
Maximum Service Temperature	Approx. 1400°C – 1500°C
Bulk Density	2.0 – 2.3 g/cm³
Cold Crushing Strength	High
Porosity	Moderate
Thermal Shock Resistance	Good