Cement Mat Manufacturer Direct Sale

• Usage:

• Seepage prevention, lining, slope stabilization, erosion resistance, etc.

• Application Fields:

• Hydraulic engineering, ecological engineering, artificial wetlands, settling basins, reservoirs, etc.

• Material:

• Fiber fabric + specialty cement mixture

Phone:18605346914
Cement felt is a soft fabric impregnated with cement that, upon contact with water, undergoes a hydration reaction to harden into a thin, durable, waterproof and fire-resistant concrete layer.

Cement mats are made of a three-dimensional fiber composite structure (3D fibre matrix) woven from polyethylene and polypropylene long fibers, containing a dry concrete mixture with a special formula (Dry concrete mixture).Alumina cement mix is primarily composed of Al2O3, CaO, SiO2, and Fe2O3. The canvas bottom is lined with a polyvinyl chloride (PVC) lining, ensuring complete waterproofing for the concrete canvas. During on-site construction, no concrete mixing equipment is required; simply water the concrete canvas or immerse it in water to initiate hydration reactions. After curing, the fibers enhance the concrete, preventing cracking. Currently, the thickness of the cement blanket is 10mm.

II. Key Features of Cement Mats:

1) Easy to use

Cement mats are available in large rolls for bulk supply. They can also be supplied in rolls for easy manual handling and transportation, without the need for heavy lifting equipment. Concrete is pre-mixed according to scientific ratios, eliminating the need for on-site mixing and preventing overhydration issues. Cement mats can set and harden both underwater and in seawater.

2) Rapid solidification molding

Once hydration occurs, the cement mat can be processed for necessary shaping within 2 hours, and it can harden to 80% of its strength within 24 hours. It can also be formulated to achieve rapid or delayed setting according to the customer's special requirements.

3) Environmentally friendly

Cement mat is a low-quality, low-carbon technology. In many applications, the amount of material used is 95% less than that of conventional concrete. Its alkali content is limited, and its erosion rate is very low, thus having a minimal impact on the local ecosystem.