GridMats blog

We designed one 10,000 m² truck yard in GridMats S1 on soil CBR 3%, 5% and 10%. The section ran from 315 to 615 mm and the cost moved by ₹38 per sq ft.

Opening times for the six GridMats systems, from the same day to 28 days, and how to rebuild a yard bay by bay while the plant keeps running.

Crane pads, site access and laydown on top-covered mats that go down in a day and lift for the next site: where S6 fits, five planning decisions and what it costs.

We priced one 1,500 m² overflow car park four ways, to build and over 35 years: GridMats S3 grass pavers, concrete paver blocks, asphalt and a concrete slab.

We priced one 10,000 m² truck yard both ways, to build and over 35 years: an IRC:58 concrete road and GridMats S1 cement-treated gravel.

GridMats S5 puts OC-LW 40 at the GSB/WMM interface under the asphalt. IIT Hyderabad's large-scale tests: what was tested, what it found, and the limits.

How GridMats S3 keeps a campus fire lane green: grass pavers on a base we design, open to foot traffic at once and to vehicles once the grass has rooted.

We priced one 2,000 m² car park four ways, to build and over 35 years: GridMats S2 stone chip, asphalt, concrete paver blocks and a concrete slab.

Sustainability in construction is no longer optional. It’s essential. Choosing the right wall surfaces can reduce environmental impact, lower costs,…

Infrastructure shapes how we live, work, and move. Today, the demand for smarter, more efficient infrastructure is higher than ever. Intelligent…

Infrastructure projects demand materials that combine strength, durability, and sustainability. Traditional construction mats often fall short in…

Finding the right wall surface can transform any infrastructure project. We focus on materials that combine durability, cost-effectiveness, and…

Transforming your workspace or construction site starts with smart, durable materials. Innovative pallet solutions offer a practical way to enhance…

Infrastructure projects demand strong, reliable surfaces that support heavy loads. Traditional materials often fall short in sustainability and…

Logistics is the backbone of infrastructure development and construction. Efficient material handling, storage, and transportation are critical to…

When working on infrastructure projects, stability is non-negotiable. The foundation must support heavy loads, resist shifting, and endure…

Infrastructure development demands solutions that balance durability, cost-efficiency, and environmental responsibility. Traditional paving methods…

Road construction plays a vital role in infrastructure development. However, traditional materials often harm the environment and increase costs over…

Creating efficient, durable, and eco-friendly transportation infrastructure is essential for modern development. We focus on how smart transport…