From April 23rd to 25th, 2025, the 5th "Building Waterproofing Science and Technology Innovation Conference" grandly kicked off and successfully concluded by the East Taihu Lake in Suzhou, Jiangsu Province. This conference was jointly hosted by China Building Waterproofing Magazine, Sinoma Suzhou Waterproof Research Institute Co., Ltd., and China Building Materials Test & Certification Group Suzhou Co., Ltd. With the theme of "Leading with Science and Technology, Moving Forward towards Innovation", it gathered authoritative experts in the building waterproofing field and representatives of leading enterprises in the industry to jointly explore new paths for the innovative development of the industry.

At this conference, Fada Fabric Industry Co., Ltd. showcased an innovative product, the multi-layer composite glass fiber super strong mat. This product won the Innovation Technology Award of the China Building Waterproofing Industrial Chain with its excellent performance and technological innovation. This honor is not only a high commendation of Fada Fabric Industry's R&D strength but also a full recognition of its contributions to promoting technological innovation in the building waterproofing industry.

As modern building processes become increasingly complex and construction environments become more diverse, the shortcomings of traditional waterproofing membranes in terms of weather resistance, waterproofing performance, and service life have become more and more prominent. Especially in areas with extreme cold and heat and large temperature differences between day and night, they are difficult to function effectively for a long time. Although glass fiber mats have good thermal stability, their tensile strength is insufficient, resulting in a significant reduction in the strength, durability, and construction convenience of waterproofing membranes. Based on this, Fada Fabric Industry keenly grasped the pain points of the market, carried out in-depth research and development based on glass fiber mats, and successfully launched the multi-layer composite glass fiber super strong mat.

This product has remarkable advantages. In terms of strength and tear resistance, the glass fiber mat provides stability, and the mesh cloth enhances the tear resistance. Its unique composite structure enables its tensile force to exceed 3000N, far surpassing traditional similar products. This means that during the construction and use process, even in the face of extreme situations such as significant cracking of the base layer, it can cope with it calmly, effectively reducing the risk of membrane damage. In terms of dimensional stability, the thermal dimensional stability of the glass fiber mat, combined with the uniform support of the mesh cloth, enables the waterproofing membrane to maintain a stable shape in both high and low temperature environments, especially suitable for building parts with drastic temperature changes such as roofs, bridges, and roads. In terms of corrosion resistance and aging resistance, the multi-layer composite glass fiber super strong mat is resistant to acids and alkalis and chemical corrosion, greatly extending the service life of the waterproofing membrane in harsh environments such as chemical plants and coastal areas with high salt spray. Its working temperature range is wide, from as low as -25°C to as high as 80°C. The waterproofing membrane made of this material has a theoretical service life of 20 to 30 years, which can significantly reduce the later maintenance costs.

The multi-layer composite glass fiber super strong mat of Fada Fabric Industry Co., Ltd. adopts a unique production process and has a stable multi-layer structure. Currently, this product has applied for a patent. Winning this award demonstrates the leading position of Fada Fabric Industry's innovative technology in the building waterproofing industrial chain, and it is expected to lead the technological transformation of the industry, provide higher-quality and more reliable solutions for building waterproofing projects, and push the industry towards a new stage of development.