Aluminium Standard Fire Brick

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MOQ : 100 Pieces

Aluminium Standard Fire Brick Specification

Dimension (L*W*H)
230 x 114 x 75 mm

Water Absorption
Less than 10%

Porosity (%)
Less than 22%

Drying Shrinkage
0.1%

Working Life
Long

Compressive Strength
35 MPa

Bricks Type
Fire Bricks

Material
Aluminium

Type
Standard

Color
Light Brown

Size
9 x 4.5 x 3 inches

Shape
Rectangular

Porosity
Low

Thickness
25 mm

Technics
Machine Made

Feature
Heat Resistant

Bulk Density
2.3 g/cm3

Refractoriness
Above 1700C

Thermal Conductivity
0.8 W/mK

Application
Furnace lining, kiln lining, chimney linings

Cold Crushing Strength
350 kg/cm2

Apparent Porosity
21%

Resistance
Excellent to Thermal Spalling

Max Service Temperature
1450C

Aluminium Standard Fire Brick Trade Information

Minimum Order Quantity
100 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Aluminium Standard Fire Brick

Take advantage of this last chance to invest in our Aluminium Standard Fire Brick - a popular choice among industrial manufacturers. Crafted to impeccable standards with a bulk density of 2.3 g/cm3 and a superlative service temperature of up to 1450C, these fire bricks offer gilt-edged resistance to thermal spalling and superior cold crushing strength. Their low thermal conductivity and remarkable working life ensure outstanding performance in furnace, kiln, and chimney linings. Trust this versatile, heat-resistant solution for enduring reliability and energy efficiency.

Versatile Applications for Aluminium Standard Fire Brick

Engineered for superlative durability, Aluminium Standard Fire Bricks are ideal for furnace lining, kiln interiors, and chimney linings. Their impeccable thermal resistance and low porosity make them particularly suitable for environments subjected to intense heat and rapid temperature fluctuations. Beyond traditional furnaces, these bricks are trusted in metal processing plants, chemical units, and glass industries, consistently delivering gilt-edged resilience and longevity. Utilize these multi-purpose fire bricks for any application demanding top-tier refractory performance.

Payment Terms, Certification & Shipping Assurance

Aluminium Standard Fire Bricks are available at the lowest price with transparent payment terms. Certified to meet industry standards, they guarantee impeccable product quality and reliability. Shipped goods are securely packaged to prevent damage, ensuring safe delivery anywhere in India. Sample policies allow for product evaluation before purchase, providing peace of mind for new clients. Enjoy secure shipping, complete documentation, and competitive rates when you order from our certified manufacturing, supplying, and trading enterprise.

FAQ's of Aluminium Standard Fire Brick:

Q: How are Aluminium Standard Fire Bricks used in furnace and kiln linings?

A: Aluminium Standard Fire Bricks are installed in furnaces and kilns to create protective linings that withstand very high temperatures and thermal shocks, ensuring structural stability and energy efficiency.

Q: What certifications do Aluminium Standard Fire Bricks come with?

A: These fire bricks are produced according to industry-leading standards and come with certifications guaranteeing their quality, reliability, and suitability for high-temperature applications.

Q: When should I replace fire bricks in my industrial equipment?

A: Replacement is advisable if you notice visible cracks, a decline in insulation efficiency, or after a significant period of usage-even though these bricks offer a long working life in extreme environments.

Q: Where can Aluminium Standard Fire Bricks be delivered?

A: We provide secure shipping of Aluminium Standard Fire Bricks across India, ensuring shipped goods arrive safely and promptly to your manufacturing or industrial site.

Q: What is the benefit of choosing fire bricks with low porosity and high compressive strength?

A: Low porosity and superlative compressive strength ensure greater resistance to heat, mechanical stress, and chemical exposure, providing longer operational life and reducing maintenance costs.

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