Construction Steps for Installing Hubei Fiberglass Geogrids in Paddy Fields and Wetland Areas
Release date:
2020-10-10
With the advancement of reinforcement technology and the continuous refinement of geosynthetic reinforcement theories, new types of geogrid materials are constantly emerging. Hubei Wuhan Fiberglass Geogrid Its emergence has played a significant role in advancing the development of various types of road surfaces. Now, let me introduce you to the process of paving in paddy fields and wetland areas. Hubei Wuhan Fiberglass Geogrid The construction steps.

1. Dredging
Remove all the silt within the subgrade area to the length, width, and depth specified in the design documents, and dispose of it at the slope toe as a counterweight protection embankment.
2. Backfill with gravel
After dredging, level the dredged area and backfill with natural sand and gravel to 20 cm above the original ground level. When compacting the gravel layer with a roller, avoid overemphasizing compaction but ensure uniformity, smoothness, and density throughout.
3. Smoothly Lay the Surface
After the compaction of the gravel layer has passed both self-inspection and random sampling checks, proceed with leveling. Hubei Wuhan Fiberglass Geogrid Paving surface.
4. Laying fiberglass geogrids in Wuhan, Hubei
Because Hubei Wuhan Fiberglass Geogrid The tensile strength in the longitudinal length direction is greater than that in the transverse width direction; therefore, when laying the geogrid, its length direction should be oriented perpendicular to the roadbed direction. First, anchor one end using U-shaped nails, then proceed with tensioning before securing the other end. Hubei Wuhan Fiberglass Geogrid The overlapping length must be no less than 20 cm, and the connection points should be securely tied with steel wire. After installation, the surface must remain flat and free of any unevenness or buckling, with seams tightly joined and perfectly aligned without any misalignment.
5. Feeding and Leveling
Hubei Wuhan Fiberglass Geogrid After laying it out, use the top-down loading method to fill in the weathered sand, with a bulldozer working alongside manual labor to achieve proper leveling. The loose-laying thickness should not exceed 30 cm.
6. Compaction
After the bulldozer performs rough grading, a motor grader carries out fine leveling to ensure the cross slope reaches 2%–4% and the longitudinal profile remains smooth. Meanwhile, before rolling begins, it’s crucial to carefully manage the moisture content of the subgrade fill material. If the material is too dry, water trucks should be used to spray it evenly. Rolling can only commence once the material has reached its optimal moisture level. During compaction, start with one pass using a static roller, followed by progressively faster passes—first slow, then gradually increasing speed—and transition from mild to full vibration. On straight sections, roll from both sides toward the center; on longitudinal sections, use a back-and-forth method, ensuring each pass overlaps by about half the wheel width. Finally, compact edges of the subgrade and areas near bridge abutments or culvert backs with small, specialized tampers, making sure no spots are left un-compacted and that there are no dead zones.
ZHONGTAI HENGBANG Engineering Technology Co., Ltd. is a comprehensive service provider integrating engineering consulting and design, materials R&D and manufacturing, as well as operations and maintenance. The company boasts strong technical expertise and robust R&D capabilities, with products that set new standards in the industry. middle The product is applied in environmental protection fields such as hydraulic infrastructure projects, transportation infrastructure engineering, and the isolation and anti-seepage of urban waste as well as hazardous industrial solid waste. The company boasts advanced production lines from countries including Germany, Italy, Denmark, Belgium, and Switzerland, adhering to rigorous quality management systems and testing standards, and is equipped with most Advanced tensile strength, creep, Kang Testing equipment for ultraviolet resistance, water permeability, flame retardancy, antistatic properties, chemical corrosion resistance, and oxidation tests. The company has separately obtained CRCC 、ISO9001、ISO14001、OHSAS18000、 MA Certificate, Tie Ministry of Railways, Ministry of Water Resources Inspection Report , European Union CE Certificate, e Ross, Australia, the United States, and related areas transfer Including laboratory testing services, we provide expertise in areas such as geosynthetic reinforced earth retaining walls, soft ground stabilization, reclamation and maintenance of land reclamation projects, hydraulic engineering, slope stabilization and landscaping, as well as road construction and mining engineering projects. most Excellent zhi Geosynthetic products and most Comprehensive services.
Consultation Phone: 13953856388
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