Concrete Cloth — Building & Construction Textiles

Concrete cloth is used for permanent hard armor applications including slope stabilization, ditch and channel lining, shoreline armor, culvert invert protection, riverbank reinforcement, and detention basin lining. Its cement-impregnated fabric hardens upon hydration, creating a durable 5,000 PSI concrete surface that resists water velocities exceeding 30 feet per second with minimal maintenance required.

Concrete Canvas cures within 24 hours of hydration with water. This rapid cure time significantly reduces project downtime compared to traditional poured concrete solutions. The product can even be installed in rainy conditions, as moisture activates the curing process — eliminating weather-related delays common on civil infrastructure projects.

Concrete Canvas is engineered to withstand water flow velocities exceeding 30 feet per second and shear stress resistance of 24+ pounds per square foot. This makes it suitable for high-flow channels, roadside ditches, letdown channels, and shoreline applications where traditional erosion control products would fail under hydraulic loading.

Yes. Concrete Canvas can be installed vertically, horizontally, or cut into custom shapes to fit irregular terrain. It requires no cement mixing equipment and can be deployed in wet or rainy conditions. This flexibility makes it ideal for remote or difficult-to-access sites, reducing both labor requirements and equipment costs on civil projects.

Concrete Canvas has a low alkaline reserve and a low wash rate, minimizing ecological impact on surrounding waterways and soil. No cement mixing equipment is required on site, which reduces the environmental footprint of installation. These properties make it compliant with environmentally sensitive project areas and suitable for use near waterways and natural habitats.

Concrete Canvas offers significant advantages over traditional poured concrete: it deploys from a roll, requires no mixing or formwork, cures in 24 hours, and can be installed in wet conditions. It achieves 5,000 PSI concrete strength with far less material and labor. The result is faster installation, lower cost, and a reduced environmental footprint on every project.