Send Inquiry

Request To Call Back

Industrial Fire Bricks

Name: Industrial Fire Bricks
Brand: ESS ESS CERATECH
Price: 35.0 INR
Availability: InStock

Price 35.0 INR/ Number

Get a Price/Quote

Industrial Fire Bricks Specification

Drying Shrinkage
Below 2%

Compressive Strength
High compressive strength

Porosity (%)
15-25%

Dimension (L*W*H)
230 114 65 mm (standard)

Water Absorption
Less than 10%

Working Life
Extended high-temperature use

Bricks Type
Industrial Fire Brick

Material
High-alumina fireclay ceramic

Type
Refractory Brick

Color
Brown

Size
Different Size

Shape
Rectangle

Porosity
Low porosity

Thickness
Approx. 65-75 mm

Technics
High-temperature fired

Feature
Fire Brick

Installation Method
Mortared joints

Application
Furnaces, kilns, incinerators

Thermal Conductivity
Low

Corrosion Resistance
Chemical stable

Shape Variants
Multiple geometric forms

Mechanical Durability
Excellent

Edge Type
Sharp edges

Surface Texture
Smooth finish

Fire Resistance
Up to 1400C

Weight
Medium density

Industrial Fire Bricks Trade Information

Minimum Order Quantity
100 Number

Payment Terms
Cash Advance (CA)

Supply Ability
5000 Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Industrial Fire Bricks

Industrial fire bricks are a refractory ceramic material block utilised in masonry construction. These are excellent for lining boilers, furnaces, and fireplaces. Alumina, silica, or other refractory minerals make up our products. The blocks come in a wide range of sizes and forms that can be used for various tasks. Industrial fire bricks are primarily designed to withstand intense heat, yet they should normally have a poor thermal conductivity to save energy. These blocks provide the advantages of heat insulation and fireproofing. They also have high fire resistance, moisture resistance, and sturdiness. Our products are utilised for inner surface lining in kilns, furnaces, chimneys, and other structures.

Industrial fire bricks, commonly referred to as refractory bricks, are specialized ceramic blocks engineered to withstand extreme temperatures (often exceeding, thermal shock, and chemical abrasion. These bricks are essential for constructing the inner linings of industrial furnaces, kilns, and smelters.

Industrial fire bricks are made from materials like fire clay, alumina, silica, magnesia, or silicon carbide, which are chosen based on the intended operating environment.

Industrial fire bricks (refractory bricks) are specialized ceramic blocks designed to withstand extreme temperatures, thermal shock, and chemical attack. They line high-temperature industrial equipment like furnaces, kilns, and boilers to provide essential thermal insulation and protect outer structures from melting or structural failure

Core Classifications

Industrial fire bricks are grouped by their chemical composition and thermal behavior:

Insulating Fire Bricks (IFB): Lightweight, highly porous bricks with low thermal conductivity. Designed primarily to reduce heat loss and improve energy efficiency.
Hard/Dense Fire Bricks: Heavy, dense bricks designed for structural integrity and direct contact with intense heat, open flames, or molten materials.

Exceptional Thermal and Mechanical Performance

Designed for industrial applications, these fire bricks offer low thermal conductivity and outstanding fire resistance up to 1400C, ensuring reliable operation under extreme heat. Their high compressive strength and extended working life make them ideal for furnaces, kilns, and incinerators, providing durability where it matters most.

Precision Manufacturing and Versatility

With a smooth surface, sharp edges, and low porosity (15-25%), our bricks are made using advanced high-temperature firing techniques. Available in various geometric shapes and sizes, they allow for versatile installation on mortared joints, accommodating different industrial design requirements with ease.

Reliable Chemical and Corrosion Resistance

Thanks to their high-alumina fireclay ceramic composition, these bricks remain stable in chemically aggressive environments, resisting corrosion and ensuring safety and longevity in applications where challenging conditions are routine.

FAQ's of Industrial Fire Bricks:

Q: How do industrial fire bricks support high-temperature applications like furnaces and kilns?

A: Industrial fire bricks are constructed from high-alumina fireclay ceramic and are fired at extreme temperatures, which gives them excellent fire resistance up to 1400C. Their low thermal conductivity and high compressive strength make them ideal for maintaining structural integrity under continuous high heat, as typically required in furnaces, kilns, and incinerators.

Q: What installation method is recommended for these refractory fire bricks?

A: Mortared joints are the preferred installation method for these bricks, ensuring secure placement and stable alignment. Their sharp edges and smooth surfaces help achieve tight, reliable joints, resulting in strong wall structures capable of withstanding high thermal and mechanical stress.

Q: When should these fire bricks be replaced during maintenance?

A: Although these bricks offer an extended working life due to their high strength and low porosity, replacement should be considered if visible cracks, significant surface damage, or excessive wear appear, especially in zones exposed to direct flame or chemical stress. Regular inspection helps optimize furnace or kiln efficiency.

Q: Where can these industrial fire bricks be utilized most effectively?

A: These refractory bricks are most commonly used in high-temperature industrial environments such as furnaces, kilns, and incinerators. Their stable chemical and thermal properties make them suitable for any setting that demands excellent fire and corrosion resistance, particularly in manufacturing plants and waste disposal facilities.

Q: What benefits do high-alumina fireclay ceramics provide to these bricks?

A: High-alumina fireclay ceramics offer superior mechanical durability, excellent fire and corrosion resistance, and stable performance under extreme temperatures. This material also contributes to the bricks' low porosity and low water absorption, resulting in improved insulation and a longer service lifespan.

Q: How does the low porosity of these bricks influence their industrial performance?

A: Low porosity (15-25%) limits the absorption of water and reduces vulnerability to chemical attack, improving insulation and ensuring structural stability over time. This makes the bricks more durable and reliable in harsh thermal environments, where moisture or chemicals might otherwise degrade materials.

Q: What geometric shapes and sizes are available for these fire bricks?

A: The fire bricks come in a range of geometric forms and sizes to accommodate various industrial requirements. The standard size is 230 x 114 x 65 mm, but other shapes and dimensions are available on request, offering flexibility for custom furnace, kiln, and incinerator designs.

Tell us about your requirement