Wuhan Drainage Board Manufacturer

**Wuhan Drainage Board Manufacturer** 156-2152-1000 Taian Daxing Geosynthetic Materials Co., Ltd. Since its establishment, the company has been dedicated to the research, production, and application of products related to national transportation, water conservancy, landscaping, and municipal large-scale engineering. Among these, geotextiles, geomembranes, geogrids, and other engineering materials have passed quality inspections by relevant departments in water conservancy, transportation, and electricity, fully complying with national quality standards. The company's products are widely used in highways, railways, water conservancy, electricity, environmental greening, and infrastructure construction, as well as in multiple national key projects, receiving unanimous praise from experts in the engineering field and a wide range of users. **156-2152-1000 Manager Shao** **Wuhan Drainage Board Manufacturer** Our quality is reliable, our prices are reasonable, and all products have undergone quality inspections by professional institutions, possessing product qualification certificates and inspection reports. Our company supports door-to-door delivery and has close ties with several established logistics companies, ensuring fast shipping, quick delivery, and good product protection, all for the benefit of our customers. We look forward to cooperating with you. It is stated that air source heat pump technology can become an important "focal point" in the next field of building energy conservation. The drainage board and the porous drainage pipe form an effective drainage system. The cylindrical multi-cavity drainage board combined with geotextile also creates a drainage system, forming a system with seepage, storage, and drainage functions. Plastic drainage boards are available in both rolled and sheet series. The shape is formed by a special process that presses plastic sheets into closed, raised cylindrical shells, creating a concave-convex membrane. The shells are continuous, providing three-dimensional space and a certain support height. During the edge processing, butyl rubber strips are thermally bonded, and the top of the shell is covered with a geotextile filtering layer, used for seepage, drainage, and water storage. The economic value of using geogrids lies in: ① reducing the requirements for filling materials. When the filling materials that meet design requirements are far away, nearby sandy filling materials can be used with geogrids to meet design requirements, highlighting the economic value of the geogrids; ② reducing the volume of filling works. Adding reinforcement to the filling body greatly increases its shear strength, allowing for steeper slopes and reducing the volume of filling works; ③ lowering the cost of earthwork compaction. After reinforcement, the number of compaction passes can be reduced, thus lowering compaction costs. Asphalt concrete mixture passing through the fiberglass geogrid structure forms a composite interlocking structure. This restricted area can hinder the movement of the mixture, allowing for better compaction of the asphalt mixture, achieving greater load-bearing capacity, improving load transfer ability, reducing deformation, and enhancing the asphalt concrete pavement. It transforms into a unified structure, similar to adding steel bars to concrete, providing excellent structural strength and acting as a framework in road surfacing. **156-2152-1000 Manager Shao** Using fiberglass geogrids can effectively improve the stress distribution of pavement structures, resisting and delaying the occurrence of pavement diseases caused by cracks in the base layer, thus extending the service life of the pavement. Compared to traditional pavements, using this material can significantly reduce overall project costs. When used in new road construction, it can play a reinforcing framework role, and in road maintenance, it can prevent the reoccurrence of reflective cracks. **156-2152-1000 Manager Shao** **Wuhan Drainage Board Manufacturer** Geogrids are currently mainly used for treating reflective cracks in surface layers and for adding layers between old pavements and new surfaces. Asphalt concrete surfaces can develop transverse and longitudinal cracks due to temperature shrinkage, vehicular impact, and local subsidence of the subgrade during use, which can gradually widen over time and affect the pavement's performance. According to conventional crack treatment methods, the surface layer needs to be cut, the base layer cleared, and then re-paved, which makes the construction process complicated and the post-construction performance poor. **Wuhan Drainage Board Manufacturer** **156-2152-1000 Manager Shao** In contrast, using geogrids for treatment involves directly laying them over the areas that need treatment without damaging the original pavement structure, allowing for rapid construction and better post-construction performance. This brief introduction will focus on how to treat longitudinal cracks on the Dazhuang Expressway and the key construction points. It has been noted that the use of geogrids plays an important role in preventing uneven subsidence of roads, increasing load-bearing capacity, preventing subgrade fracture and reflective cracking, extending the service life of roads, and ensuring the quality of road construction, thus exhibiting its unique advantages. When plastic geogrids reinforce the subgrade, granular fill and the grid lock together, forming a stable plane that prevents the fill from settling and can withstand certain impact loads. It also disperses vertical loads to prevent pavement cracking and can reduce the amount of pavement materials used, speeding up construction. Taian Daxing Geosynthetic Materials Co., Ltd. focuses on drainage boards as its leading product, offering cute prices and high-quality experiences. Welcome to inquire by phone. 15621521000 **Phone**: 156-2152-1000 **Address**: Taian Agricultural University Science and Technology Industrial Park