FIRE BRICKS
38.00
Inclusive of all taxes
You Save: 2. Discount 5%
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| Brand | AGRL |
| ITC-HSN: | 69029010 |
| Availability | Out of Stock |
| Minimum Order Quantity: | 5000 |
| Accept Small Orders | Yes |
| Fulfilment Capacity (Per Month): | 2500 |
| Country Of Origin : | India |
Fire bricks, also known as refractory bricks, are primarily used for their high-temperature resistance and insulation properties. They are used in various applications where heat is a factor, including lining furnaces, kilns, fireplaces, and chimneys. They also find use in wood-fired ovens, boilers, and incinerators.
Fire bricks are used to line the interior surfaces of structures like furnaces, kilns, and incinerators, where they can withstand intense heat without melting or degrading. They are essential for constructing fireplaces, providing a heat-resistant lining that can handle the direct flame
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Additional Information
Fire Bricks not just a Refractory bricks can be use in any Various Applications Due to its natural color and Longitivity life fire bricks can be use as in .
01. Fire Places
02 Landscapes
03 Wall Cladding
04 Born Fire Place
05 Pathways
Fireplaces:
They are essential for constructing fireplaces, providing a heat-resistant lining that can handle the direct flame.
Boilers:
Fire bricks can be used in boiler construction, providing insulation and heat resistance in high-temperature environments.
Chimneys:
They are suitable for lining chimneys to prevent heat loss and ensure the safe release of gases.
Industrial applications:
In industries like steel manufacturing and glass-making, fire bricks are used in furnaces and ovens to withstand the high temperatures involved in processing materials.
Wood-fired ovens:
They are used in wood-fired ovens and other structures where high temperatures are generated, providing insulation and heat retention.
Refractory repairs:
Fire bricks are also used in the repair and maintenance of refractory linings in various industrial equipment.
Thermal insulation:
Their low thermal conductivity helps to retain heat and prevent it from dissipating, improving efficiency in heat-intensive processes.
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