Fly ash Bricks

Price 5 INR/ Piece

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Fly ash Bricks Specification

Water Absorption
< 15%

Working Life
Up to 75 years

Compressive Strength
>= 10 MPa

Drying Shrinkage
< 0.15%

Porosity (%)
10-15%

Dimension (L*W*H)
230 mm x 110 mm x 75 mm

Bricks Type
Solid

Material
Fly Ash, Cement, Sand, Gypsum

Type
Eco-Friendly Construction Brick

Color
Gray

Size
Standard

Shape
Rectangular

Porosity
Low

Thickness
75 mm

Technics
Autoclaved

Feature
High strength, Uniform shape, Environment-friendly

About Fly ash Bricks

Mohta fly ash bricks are a sustainable and eco-friendly alternative to traditional clay bricks. Our fly ash bricks are stronger, more durable, and lighter than clay bricks which are made from fly ash, a byproduct of coal combustion. It requires less mortar and plaster, which can save you money on your construction project. As a top distributor of fly ash bricks, Mohta Cement Pvt. Ltd provides sizes and shapes to meet the needs of any project. So, if you are looking for a sustainable and affordable building material, Mohta fly ash bricks are the perfect choice. Contact us today to learn more about the price of our fly ash brick.

Product details

Country of Origin	Made in India
Usage/Application	Side Walls
Color	Grey
Eco Friendly	Yes
Resistance Durability	Heat Resistant,Water Resistant
Shape	Rectangular

Sustainable Solution for Modern Construction

Fly ash bricks are designed for those who value sustainability without compromising on structural integrity. Produced from industrial by-products in an energy-efficient process, these bricks minimize environmental impact while providing reliable, long-lasting performance. Their uniform shape and smooth finish ensure easier installation and aesthetic appeal in both residential and commercial buildings.

Superior Strength and Fire Resistance

Engineered for demanding construction requirements, fly ash bricks offer high compressive strength (10 MPa) and excellent fire resistance. Their autoclaved manufacturing results in low porosity and high durability, making them suitable for load-bearing walls in various projects. Their thermal and moisture-resistant properties further enhance their suitability for all climatic conditions.

FAQs of Fly ash Bricks:

Q: How are fly ash bricks manufactured?

A: Fly ash bricks are produced using a mixture of fly ash, cement, sand, and gypsum. The components are combined, molded into bricks, and then autoclaved under high pressure and temperature, resulting in strong, durable bricks with uniform size and shape.

Q: What benefits do fly ash bricks offer in construction projects?

A: Fly ash bricks provide numerous advantages, including high compressive strength, excellent fire and moisture resistance, low water absorption, and enhanced durability. They are also environmentally friendly, being made from recycled materials and requiring less energy to produce.

Q: When is it advisable to use fly ash bricks over traditional clay bricks?

A: Fly ash bricks are recommended when the project requires higher strength, better fire resistance, improved moisture protection, and eco-friendly building materials. They are ideal for load-bearing walls, partitions, and structures demanding long-term durability.

Q: Where can fly ash bricks be effectively used?

A: These bricks are suitable for various construction applications such as external and internal walls, partition walls, and load-bearing structures. Their low porosity and smooth finish make them appropriate for both residential and commercial developments.

Q: What is the process for installing fly ash bricks?

A: Fly ash bricks are laid similarly to conventional bricks, using mortar to bond them together. Their uniform dimensions and smooth surface help ensure precise alignment and minimize the need for finishing work after installation.

Q: How does the use of fly ash bricks contribute to sustainability?

A: By utilizing recycled industrial by-products and employing a low-energy manufacturing process, fly ash bricks help reduce environmental pollution and conserve natural resources. Their longevity further minimizes the need for frequent replacement, supporting sustainable construction.

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