By Zhejiang Ruico Advanced Material
Waterproofing has always been one of the most critical aspects of construction. From residential housing to large-scale infrastructure, protecting structures against water ingress is essential for durability, safety, and long-term performance. Traditional cement-based waterproofing solutions often fail to provide sufficient flexibility, adhesion, and resistance to environmental challenges. This is where Styrene-Butadiene Rubber (SBR) latex comes into play. At Zhejiang Ruico Advanced Material, we have been pioneering advanced polymer technologies, and our high-performance SBR latex products have become a trusted solution in the global construction waterproofing industry.
SBR latex is a synthetic polymer emulsion composed of styrene and butadiene. It is water-based, environmentally friendly, and easy to incorporate into cement, mortar, or concrete systems. Unlike conventional waterproofing agents, SBR latex not only enhances impermeability but also improves mechanical strength, flexibility, and durability. This makes it suitable for a wide range of waterproofing applications, from basements and water tanks to roofs, terraces, and external walls.
Excellent Flexibility
Cementitious materials are naturally brittle and prone to cracking. By blending with SBR latex, the coating gains flexibility and crack-bridging ability. This ensures that the waterproofing system remains intact even when the substrate undergoes minor structural movement or thermal expansion.
Superior Adhesion
SBR latex significantly improves bonding strength with substrates such as concrete, masonry, brick, and old plaster. This strong adhesion ensures that the waterproofing layer remains firmly attached, preventing delamination and leakages.
Dense and Impermeable Barrier
The polymer particles in SBR latex fill micro-pores in cementitious coatings, creating a dense film that blocks water penetration. This ensures excellent resistance against hydrostatic pressure in basements, tunnels, and water-retaining structures.
Durability and Chemical Resistance
SBR latex-modified coatings resist alkali, salts, and aggressive groundwater chemicals, protecting structures exposed to challenging environments. Additionally, they withstand freeze-thaw cycles, UV radiation, and weathering, ensuring long-lasting performance.
Easy Application
Waterproofing coatings formulated with SBR latex are user-friendly and can be applied using brush, roller, or spray. This versatility makes them suitable for both small-scale residential works and large-scale infrastructure projects.
Basements and Foundations: Protection against groundwater seepage and hydrostatic pressure.
Roofs and Terraces: Flexible and weather-resistant coatings to prevent rainwater ingress.
Water Tanks and Reservoirs: Non-toxic, durable coatings suitable for potable water storage.
Bathrooms and Wet Areas: Seamless waterproofing to prevent leakage and dampness.
External Walls: Enhanced weather resistance and protection against rainwater infiltration.
At Zhejiang Ruico, we prioritize sustainability. Our SBR latex is water-based, low in VOCs, and contributes to green construction practices. By extending the life of waterproofing systems, our products reduce the need for frequent repairs, minimizing waste and conserving resources.
With years of expertise in polymer chemistry, Ruico has developed SBR latex grades tailored for construction waterproofing. Our products are engineered for consistency, reliability, and high performance. We provide not only advanced materials but also technical guidance and customized solutions for contractors, builders, and project developers worldwide.
SBR latex has transformed waterproofing practices by combining impermeability, flexibility, adhesion, and durability in one solution. Zhejiang Ruico Advanced Material continues to innovate in this field, ensuring that our clients receive the best materials to protect their structures against water damage. By choosing Ruico’s SBR latex, you invest in long-term structural safety, cost savings, and sustainable building practices.