AAC Rubble Rectangular Blocks

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AAC Rubble Rectangular Blocks Specification

Material
Autoclaved Aerated Concrete (AAC)

Oftening Coefficient
0.8

Water Absorption
60%

Thickness
100 mm

Method
Autoclaved

Color
Light Grey

Compressive Strength
3 - 4.5 N/mm

Porosity
High, micro-cellular structure

Density
Gram per cubic centimeter(g/cm3)

Drying Shrinkage
<0.05%

Width
250 mm

Carbonation Coefficient
Low

Cavity
Solid, non-cavity

Strength
Good structural strength for non-load bearing applications

Dry Density Grade
550 - 650 kg/m

Moisture Content
5 - 12%

Thermal Conductivity
0.16 0.20 W/mK

Frost Resistance
High, suitable for exterior and interior use

Length
600 mm

Usage & Applications
Partition walls, infill walls, interior and exterior wall construction

Type
AAC Rubble Rectangular Block

Size
600 mm x 250 mm x 100 mm

Weight
Approximately 9 - 11 kg per block

Shape
Rectangular

AAC Rubble Rectangular Blocks Trade Information

Payment Terms
Cash on Delivery (COD), Cheque

Sample Available
Yes

Main Domestic Market
Delhi

About AAC Rubble Rectangular Blocks

The offered AAC Broken Rubble is made available by us for use in the various commercial and industrial applications. The AAC broken blocks are best alternative to Light Weight Cinder, Coal lumps, Burnt Tar lumps and other filling materials. Rubble is broken stone, of irregular size, shape and texture; undressed especially as a filling-in. The offered rubble is very efficient. The AAC Broken Rubble is made for use in the filling and other applications.

Outstanding Acoustic and Fire Performance

AAC Rubble Rectangular Blocks are engineered for superior sound insulation, ensuring quieter indoor environments in residential and commercial buildings. With a fire resistance of up to four hours, these blocks add an extra layer of safety, making them a preferred choice in settings where fire protection is crucial.

Eco-Friendly and Durable

Constructed from 100% recyclable, non-toxic materials, these blocks minimize environmental impact. Their resistance to pests, high frost performance, and robust manufacturing process guarantee long-lasting, sustainable construction without sacrificing strength or quality.

Exceptional Workability and Design Flexibility

Thanks to their high porosity and lightweight nature, AAC Rubble Blocks are easy to cut, shape, or drill, accommodating a variety of architectural designs, including curved and angular walls. The smooth surface finish comes ready for plaster, streamlining construction and finishing processes.

FAQs of AAC Rubble Rectangular Blocks:

Q: How are AAC Rubble Rectangular Blocks manufactured?

A: AAC Rubble Rectangular Blocks are produced through a high-pressure autoclaving process. This technique enhances their structural strength, stability, and durability while maintaining their lightweight and porous structure.

Q: What types of construction projects are these blocks suitable for?

A: Ideal for partition walls, infill walls, and both interior and exterior wall constructions, these blocks suit non-load bearing applications in residential complexes, offices, schools, and commercial buildings.

Q: When can I expect my order of AAC Rubble Rectangular Blocks to be delivered?

A: Typically, these blocks are supplied within 7 to 14 days from the date of order, ensuring timely delivery for your construction schedule.

Q: Where should I store AAC Rubble Blocks before installation?

A: They should be kept in a dry, covered location away from moisture to preserve their quality and structural integrity until use.

Q: What benefits do AAC Rubble Blocks offer over conventional building materials?

A: These blocks provide excellent thermal and sound insulation, enhanced fire resistance, eco-friendliness, pest resistance, and flexibility for creative architectural designs. Their light weight and easy workability further reduce construction time and labor costs.

Q: How do I use AAC Rubble Blocks for curved or angular wall constructions?

A: The blocks can be easily cut, shaped, or drilled using standard tools, making them highly adaptable for non-standard wall designs, including curves and angles, without compromising structural stability.

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