AAC Wall Blocks

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AAC Wall Blocks Specification

Width
200 mm (standard)

Drying Shrinkage
0.06%

Usage & Applications
Partition Walls, External/Internal Walls, High-Rise Buildings, Apartments, Offices, Industrial and Commercial Structures

Material
Autoclaved Aerated Concrete

Thermal Conductivity
0.16 W/mK to 0.18 W/mK

Oftening Coefficient
0.7 0.9

Compressive Strength
3 to 4.5 N/mm

Length
600 mm

Frost Resistance
Excellent

Water Absorption
45%

Dry Density Grade
550 650 kg/m

Porosity
High (closed air pockets)

Type
AAC Wall Blocks

Method
Autoclaved

Moisture Content
12%

Thickness
75 mm, 100 mm, 125 mm, 150 mm, 200 mm

Strength
Superior Load Bearing

Color
Light Grey / White

Cavity
Non-cavity solid block

Carbonation Coefficient
Very Low

Density
Gram per cubic centimeter(g/cm3)

Size
600 x 200 x (75/100/125/150/200) mm

Weight
8 30 kg (depending on size)

Shape
Rectangular/Solid Block

AAC Wall Blocks Trade Information

Payment Terms
Telegraphic Transfer (T/T), Cheque

Main Domestic Market
Delhi

About AAC Wall Blocks

Promotion Alert! Experience superb construction innovation with our hot-selling AAC Wall Blockscrafted for redoubtable durability. Get It Now and transform any space! Manufactured from laureate autoclaved aerated concrete, these blocks boast fire resistance for up to four hours, superior sound insulation up to 45dB, and an ultra-smooth finish. Lightweight yet strong, they are eco-friendly, easy to work with, and rot and termite proof. Meet the highest standardsIS 2185 (Part 3), ASTM C495, EN 771-4and enjoy energy efficiency, frost resistance, and an unlimited shelf life when stored properly.

AAC Wall Blocks: Specific and General Uses with Competitive Edge

AAC Wall Blocks are ideal for partition, internal, and external walls, finding their primary use in high-rise buildings, apartments, offices, factories, and commercial complexes. Their main competitive advantage is superb fire resistance (up to 4 hours), excellent thermal and sound insulation, and remarkable energy efficiency, helping reduce overall outlay on cooling. Made from non-toxic, eco-friendly materials, their workability and smooth finish further enhance installation speed and finish quality, setting them apart in the building materials market.

AAC Wall Blocks: Supply Ability, Sample Policy, and Delivery Time

Our AAC Wall Blocks offer strong supply ability with quick dispatch and fulfillment even for bulk requests. Clients can request samples to evaluate material quality before commitment, ensuring confidence in large outlays. Each order is meticulously packed and securely handed over to customers, with short delivery times prioritizing project timelines. Built to support continuous, timely supply, our logistics ensure that whether for ongoing construction or urgent projects, AAC Wall Blocks are always delivered right on schedule.

FAQs of AAC Wall Blocks:

Q: How do AAC Wall Blocks benefit building projects?

A: AAC Wall Blocks provide excellent fire resistance, superior sound and thermal insulation, improved energy efficiency, and are easy to work with, making them ideal for faster, safer, and more cost-effective construction.

Q: What is the installation process for AAC Wall Blocks?

A: AAC Wall Blocks are installed using thin-bed mortar, which allows for a quick, easy, and precise laying process, significantly reducing construction time compared to traditional methods.

Q: Where can AAC Wall Blocks be used?

A: These blocks are suitable for partition, external, and internal walls in residential, commercial, and high-rise buildings, offices, industrial structures, and apartments.

Q: When should I consider using AAC Wall Blocks over conventional bricks?

A: AAC Wall Blocks are best chosen when you require enhanced fire resistance, insulation, lighter weight material, faster construction, eco-friendly features, and compliance with leading quality standards.

Q: What are the advantages of AAC Wall Blocks material composition?

A: Made from autoclaved aerated concrete, these blocks are highly durable, non-toxic, resistant to rot and termites, offer high load-bearing capacity, and contribute to reduced energy outlay by minimizing heating or cooling needs.

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