A natural stone that gives a unique rust colour and texture when used as a building block. It is a zero finish material which can be used as a building block directly as well as for wall cladding.
Laterite

About

Laterite is well known as a building material for more than thousands of years. When moist, laterite can be cut into different shapes and sizes . Once mined and exposed to air it gets hardened and become resistant to atmospheric conditions. Laterite is a 100 percentage natural Eco-friendly product and that quality makes it the most preferred construction material. The lovely color and texture along with its strength and physically resistant nature makes it compatible for both interior and exterior architecture . This natural stone possesses a unique rust colour and texture . It is a zero finish material which can be used as a building block (load bearing) directly as well as for wall cladding.

Completed Projects

Exposed Laterite

Sarjapur, Bangalore

Exposed Laterite Bricks

Bangalore

Laterite and Stone work

Laterite Stone

Bangalore

Laterite Cladding

Exposed Laterite Blocks

Exposed Laterite Block Work

Bangalore

Laterite Block

HRBR layout, Bangalore

Laterite Blocks (Exposed)

Bangalore

Laterite and Stone

Bangalore

FAQ's

The normal laterite block (load bearing) would be 8 x 9 x 13 inches. A cladding block would be 7 x 12 inches and 8 x 12 inches with 20 mm thickness. The block can however be cut into different sizes based on requirement.
Infinity. It is the only stone which can be reused without change to its strength or characteristics.
Northern Kerala has a broad geological and geographic topography of prolonged rainfall, intermittent dry seasons and slopping terrains which is favorable for the formation of strong and good quality laterite stone. Our stones are supplied from this region.
The methods of quarrying, dressing and construction all are entirely different from other stone masonry materials. Laterite blocks are soft for easy quarrying and shaping, but they become hard when exposed to atmospheric oxygen. The ease of cutting and shaping laterite and hardening with age due atmospheric exposure makes its use different and versatile in building applications. Manual quarrying and dressing was adopted in the past was more laborious and time consuming. It consists of the following steps: (i) Removal of top soil and leveling the surface, (ii) Marking lines on leveled horizontal bed of laterite, (iii) Moving cutters through these lines up to desired depth of stone, and (iv) Dis-lodging stones manually using bars and hauling to construction site.

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