concrete canvas material
Core Advantages:
• Minimal Construction Requirements: No mixing, no formwork, and no heavy machinery needed. Simply lay the material manually and apply water—ideal for remote or complex terrains.
• Rapid Curing: Shape remains adjustable within 2 hours after watering; achieves over 80% of final strength within 24 hours, significantly shortening construction timelines.
• Lightweight and Eco-friendly: Transported as rollable mats, weighing approximately 15 kg per square meter. Material usage is reduced by over 90% compared to traditional concrete, offering low carbon emissions and minimal pollution.
Concrete canvas (also known as cementitious blanket or fast-setting concrete fabric) is a flexible construction material composed of a composite of cement-based compounds and high-strength fiber fabric. It remains soft, pliable, and foldable like a regular blanket prior to hydration; upon contact with water, it undergoes a hydration reaction and rapidly hardens to form a thin, durable layer of concrete that is strong, waterproof, fire-resistant, and long-lasting.
I. Core Advantages:
• Minimal Construction Requirements: No mixing, no formwork, and no heavy machinery needed. Simply lay the material manually and apply water—ideal for remote or complex terrains.
• Rapid Curing: Shape remains adjustable within 2 hours after watering; achieves over 80% of final strength within 24 hours, significantly shortening construction timelines.
• Lightweight and Eco-friendly: Transported as rollable mats, weighing approximately 15 kg per square meter. Material usage is reduced by over 90% compared to traditional concrete, offering low carbon emissions and minimal pollution.
• Crack-resistant and Durable: Internal three-dimensional fiber network effectively suppresses crack formation, enhancing overall tensile and impact resistance.
• Versatile in Multiple Environments: Suitable for construction in rain, underwater, or even in seawater, demonstrating exceptional environmental adaptability.
II. Typical application scenarios:
1. Hydraulic Slope Protection: Protection of riverbank, ditch, fish pond, and reservoir slope to prevent erosion and seepage;
2. Emergency Engineering: Post-disaster temporary housing, flood embankments, and road repairs, with dozens of square meters assembled by two people within one hour;
3. Infrastructure: Railway and highway drainage ditches, slope reinforcement, and roof waterproofing layers;
4. Industrial Fire Protection: Fire isolation layers for cable trenches in power plants and chemical plants, compliant with flame-retardant standards;



