Driven by urbanization and double carbon strategy, the golden age of green building industrialization has come. At the same time, as an indispensable part of building life cycle management, waterproof demand also ushered in a high-speed development period. Not only is there a strong demand for waterproof materials in the field of newly-built buildings, but the infrastructure and repair market also shows a steady growth trend under the dual promotion of policy support and market demand. The new energy market is booming, the photovoltaic roof market has unlimited potential. The demand for waterproof materials in these fields continues to rise, opening up a broader development space for the waterproof industry.

Among many waterproof coiled materials, polymer coiled materials have become the mainstream trend of global waterproof coiled materials development in the future due to their excellent corrosion resistance, aging resistance and long service life. Under the guidance of the goal of "double carbon", non-toxic, harmless and recyclable environmental protection materials have become the focus of research and development.

TPO waterproof coiled material (that is, thermoplastic polyolefin waterproof coiled material) is a new waterproof coiled material made of thermoplastic polyolefin (TPO) resin synthesized by the reaction kettle as the base material, adding antioxidant, anti-oxidant, flame retardant and other additives, reinforced waterproof coiled material can be made of polyester or fiber mesh fabric as internal reinforcement material. In practical application, the product has no plasticizer, low density, excellent low temperature flexibility and heat resistance, good mechanical strength, good durability and chemical resistance, comprehensive characteristics such as safe and fast hot air welding are very suitable as waterproof layer of light energy-saving roof.

The high-grade polymeric resin produced from Europe by using the unique polymerization technology Catalloy process of indessel is an alloy obtained by polymerization in the rubber phase and polypropylene matrix in the polymerization reactor at the same time. It can better disperse rubber in the material, thus directly affecting the processing consistency and final service performance. The risk caused by insufficient mixing uniformity in the conventional physical blending process is minimized. The very fine and uniform rubber dispersion of the resin produced by the Catalloy process endows the Catalloy series of products with excellent performance-excellent flexibility, low temperature resistance and impact resistance, excellent dimensional stability, long-term heat-proof aging performance and weather resistance, and wider welding temperature window. Therefore, this series of materials can perfectly meet the requirements of high-end waterproof coiled materials.

If you are looking for green and efficient waterproof coiled materials, if you are eager to learn more about the Catalloy technological advantages of liendbassel and the innovative application of this series of materials in the field of waterproof coiled materials, on June 5th, 14:00-15:00, lock in Jung's online class and listen to the application development of liandbassel olefin and polyolefin business department and the professional sharing of technician service engineer Wen-Juan Li and Guo Sihua! Remember to register in advance to attend lectures!