Fiberglass Geogrid Backfill Plastic Steel Bi-Directional High-Strength Tensile Fence Reinforcement Underground Support Geogrid for Mining

• After-sales Service: Until 100% Satisfaction
• Warranty: Three Years
• Color: Black
• Application: Retaining Wall, Steep Slop, Dam, Road Base, Asphalt Pavement
• Viscose: Without Viscose
• Function: Anti-slip, Reinforcement
• Model NO.: 10kn to 800kn
• Classification: Plastic Steel Geogrid
• Material: Fiberglass
• Grid Size: According to Demand
• Roll Length: 50-300 Meters
• Width: 2-6 Meters
• 2% Tensile Strength: 5-17.5
• Transport Package: Export Special Packaging
• Specification: customizable
• Trademark: Sentai
• Origin: Dezhou City, Shandong Province
• HS Code: 3926909090
• Production Capacity: 1000000 Meters Per Week

Product Description

Product Description

 

 

 

Effectively improving the stress distribution of road structure, resisting and delaying the occurrence of reflection cracks caused by grassroots cracks, increasing the service life of the road, and reducing the cost, can improve construction quality. Made of fiber geogrid coated with self sensing adhesive, while maintaining the characteristics and functions of the fiber geogrid, it tightly integrates the grid and the contact surface layer. It has the characteristics of convenient construction and smooth paving, and is particularly suitable for reinforcement and enhancement in highway construction, road reinforcement, old road renovation and other projects. Fiberglass geogrid composite geotextile is a new type of composite geotextile material made by weaving or bonding glass fiber geogrid and non-woven fabric. It organically combines the excellent properties of glass fiber and non-woven fabric. In addition to the high strength, low elongation, high elastic modulus, and temperature resistance of geogrids, it also has good anti permeability and anti filtration ability. It is a multifunctional geosynthetic material that can effectively extend the service life of engineering, reduce maintenance frequency, and lower engineering costs. It is suitable for reinforcement and isolation protection of road surfaces, embankments, and other engineering projects.

Geogrid is an excellent geosynthetic material used for road reinforcement, old road reinforcement, roadbed and soft soil foundation reinforcement. Fiberglass geogrid is a semi-rigid product made of high-strength alkali free glass fiber, which is woven into a mesh substrate through international advanced warp knitting technology and coated on the surface. It has high tensile strength and low elongation in both warp and weft directions, and has excellent performances such as high temperature resistance, low cold resistance, aging resistance, corrosion resistance, etc. It is widely used in the reinforcement of asphalt pavement, cement pavement and subgrade, and engineering projects such as railway subgrade, embankment slope protection, airport runway, sand prevention and control. Fiberglass geogrid is a mesh structure material made of glass fiber through a certain weaving process. In order to protect the glass fiber and improve the overall performance, it is made of geosynthetic composite material through a special coating treatment process. The main component of glass fiber is silicon oxide, which is an inorganic material with extremely stable physical and chemical properties. It has high strength, high modulus, high wear resistance, and excellent cold resistance, without long-term creep; Good thermal stability; The mesh structure locks and restricts the aggregate; Improve the load-bearing capacity of asphalt mixtures. Due to the special modified asphalt coating on the surface, it has dual composite properties, greatly improving the wear resistance and shear performance of geogrids.

Construction precautions

1. Selection of fillers: Fillers should be selected according to design requirements. Practice has proven that except for frozen soil, swamp soil, household waste, chalk soil, and diatomaceous earth, they can all be used as fillers. However, gravel soil and sand soil have stable mechanical properties and are less affected by water content, so they should be prioritized for selection. The particle size of the filler shall not exceed 15cm, and attention shall be paid to controlling the grading of the filler to ensure the compaction weight.
2. Filling paving and compaction: After the grid is laid and positioned, it should be filled with soil and covered in a timely manner. The exposure time should not exceed 48 hours, and a flow operation method of laying and backfilling at the same time can also be adopted. First spread the filling material at both ends, fix the grille, and then push it towards the middle. The order of compaction is from both sides first to the middle. During rolling, the roller should not directly contact the reinforcement material, and vehicles are generally not allowed to drive on uncompacted reinforcement materials to avoid displacement of the reinforcement material. The compaction degree of each layer is 20-30cm. The compaction degree must meet the design requirements, which is also the key to the success or failure of reinforced soil engineering.
3. Construction site: It is required to be compacted, level, and remove sharp protrusions.

4. Grid laying: On a flat and compacted site, the main force direction (longitudinal) of the installed grid should be perpendicular to the axis of the embankment, and the laying should be flat, without wrinkles, and as tight as possible. Fixed with nails and soil and rock pressure, the main force direction of the laid grid should be the full length without joints. The connection between the amplitudes can be manually tied and overlapped, and the overlap width should not be less than 10cm. If the grid is installed on more than two layers, the gaps between layers should be staggered. After laying a large area, the overall flatness should be adjusted. After filling a layer of soil, before rolling, the grid should be tightened again manually or with machinery, with even force, so that the grid is in a straight and stressed state in the soil.
5. Waterproof and drainage measures: In reinforced soil engineering, it is necessary to ensure proper drainage treatment inside and outside the wall; To do well in foot protection and erosion prevention; Filter and drainage measures should be installed inside the soil, and if necessary, geotextiles should be installed.

 

Product Parameters

item	value
Type	Coated fiberglass geogrid with nonwoven for road asphalt layer reinforcement
Warranty	2 years
After-sale Service	Online technical support
Project Solution Capability	graphic design, 3D model design, total solution for projects, Cross Categories Consolidation, Others
Product name	Fiberglass Geogrid
Raw Material	fiberglass
Keywords	Basalt Geogrid
Color	Black
Main Type:	15-15, 20-20, 25-25, 30-30, 40-40, 50-50
Features	High strength,flexible
HS code	3926909090
Mesh Size	35-55mm
Function	Road Reinforcement
Weight	As your request.

 

Company Profile

Texas Sentai Environmental Protection Technology Co., Ltd. covers an area of 50 acres, with nearly 100 employees and more than 50 professional and technical personnel. We are an environmental protection technology oriented enterprise mainly engaged in the production of a series of new geosynthetic materials, specializing in the design and research and development of geosynthetic materials application, specialized production and manufacturing, construction design services, and system solution services for infrastructure construction projects such as transportation, water conservancy, environmental protection, ecological restoration, environmental governance, municipal construction, and animal husbandry. Our main products include various types of geosynthetic fabrics, geosynthetic membranes, and composite geosynthetic membranes

 

Our Advantages

Sentai Environmental Protection's main products include geotextiles, HDPE films, composite geotextiles, drainage nets, short filament geotextiles, etc. All products are non-toxic and environmentally friendly materials, which can be widely used in: 1. Environmental remediation engineering (soil improvement in grain bases, industrial sites, mining, water bodies, vegetable greenhouse breeding, planting, etc.); 2. Water conservancy engineering (anti-seepage reinforcement of rivers and reservoirs, embankments, water channels, slope protection, etc.) and municipal anti-seepage (anti-seepage of subways, underground engineering of buildings, planting roofs, roof gardens, sewage pipeline lining, etc.). 3. Ecological and environmental engineering (including landfill sites, sewage treatment plants, power plant regulation ponds, industrial, hospital, solid waste, gardens, artificial lakes, river reservoirs, golf course pond substrates, slope protection, waterproofing of green lawns, petrochemicals; anti-seepage of bottom linings for washing pools, overflow pools, ash yards, dissolution pools, sedimentation tanks, storage yards, and tailings). 4. Transportation (foundation reinforcement of high-speed railways and highways, anti-seepage of culverts). Sentai Environmental Protection has established cooperative relationships with excellent research institutes and environmental protection enterprises at home and abroad, and has a team dedicated to technology research and development, production and manufacturing, and engineering services in water conservancy, environmental protection, and ecological restoration. The company advocates the business philosophy of "people-oriented, honest operation, and development through quality", adhering to the corporate purpose of "technological innovation, industry serving the country, and serving the people". It focuses on ecological water conservancy, environment, and restoration, striving to create environmental friendliness, create a beautiful China, and create safety and health for humani