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About usThe company is a comprehensive enterprise engaged in research, development, and manufacturing of special industrial fabrics, geosynthetic materials, trade, and services. The registered capital of the company is 50.8 million yuan, covering an area of 65000 square meters and a building area of 38000 square meters.
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StrengthThe company's main products include an annual output of 6000 tons of polyester filament spunbond needle punched nonwoven geotextiles; Short fiber needle punched non-woven geotextile; 10000 tons of environmentally friendly high-density polyethylene smooth surface HDPE geomembrane, environmentally friendly high-density polyethylene rough surface HDPE geomembrane, LLDPE smooth surface geomembrane, LLDPE rough surface geomembrane; 4 million square meters of composite geomembrane; The production capacity of 1.5 million square meters TOPROC BC/TC geotextile composite drainage network and other series, as well as the production of PP/PET long filament woven geotextile series products.
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ContactThe company is an executive director unit of the China Geosynthetic Materials Association and a member company of the China Geosynthetic Textile Materials Association. In 2010, it passed the ISO9001:2008 version certification and was included in the national Torch Plan by the Torch High tech Industry Development Center of the Ministry of Science and Technology of China;
Three-dimensional geocomposite drainage network
A drainage network refers to a three-dimensional structure composed of plastic mesh withdouble-sided adhesive permeable geotextile, which can replace traditional sand and gravellayers. The three-dimensional geotextile core includes a thick vertical rib, as well as a diago.nal rib at the top and bottom. lt can quickly discharge groundwater from roads and has apore maintenance system that can block capillary water under high loads. At the same time.it can also serve as an isolation and foundation reinforcement function. A new type of geo-synthetic material.
Product Features
Geotechnical drainage networks have high vertical drainage capacity. The staggered rein-forcement bars can effectively prevent the geotextile from being embedded in the drainagechannel, allowing the geotextile drainage network to maintain high drainage performanceunder high loads. The width of the geosynthetic drainage network reaches 4 meters, reducingoverlap and increasing construction efficiency. The overlap loss has been reduced by morethan 2%, indirectly saving costs.
Key words:
Drainage Network
Classification:
Drainage Network
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File size: 6.9MB
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File size: 6.6MB
Three-dimensional geocomposite drainage network
Product Application
Mainly used in drainage projects such as railways, highways, tunnels, municipal engineering reservoirs, and slope protection, the effect is significant.
Product Technical Indicators
Application Scenarios
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The smooth high-density polyethylene geomembrane is made from polyethylene resin as the base material, with a small amount of antioxidants, light stabilizers, and other additives produced through blow molding or extrusion methods. It uses polyvinyl chloride resin combined with plasticizers, ultraviolet inhibitors, anti-aging agents, and stabilizers.
Product Features:
Excellent resistance to environmental stress cracking, outstanding impermeability, high barrier performance, excellent elongation and wear resistance. The product has high tensile strength, low-temperature resistance, high-temperature resistance, aging resistance, high tear strength, and good adhesion properties. It employs single-sided or double-sided roughening technology, significantly enhancing engineering adaptability.
Rough surface high-density polyethylene geomembrane
Rough surface high-density polyethylene geomembrane is a new type of impermeable material. The single rough surface and double rough surface geomembranes increase the friction coefficient and anti-slip function, making them more suitable for steep slopes and vertical impermeability, thus enhancing project stability.
Product Features
Rough surface high-density polyethylene geomembrane has excellent temperature adaptability, weldability, weather resistance, and good aging resistance, chemical corrosion resistance, environmental stress cracking resistance, and puncture resistance. Therefore, it is particularly suitable for underground projects, mining projects, landfills, and sewage or waste treatment sites as impermeable materials.
Low-Density Polyethylene Geomembrane
The thickness range of low-density polyethylene geomembrane i s 0.3~3.0mm;th e thicknes s range of environmentally friendly linear low-density polyethylene geomembrane is 0.5~3.0mm; the widt h range of polyethylen e geomem-brane i s 4~9m. Using a larger width can reduce Material splicing seams im-prove construction efficiency and construction quality, save material usage,and reduce project costs.
Features
Low-density polyethylene geomembrane has good ductility, smal l specific gravity, low temperature resistance, good thermal insulation effect, excellent waterproof performance, and easy welding.
Geotechnical composite membrane
Geotechnical composite membrane is an impermeablematerial made from geotextile as the substrate, polyeth-ylene geomembrane, polyethylene geomembrane as themembrane material, and processed by casting, rolling, andremote external heating composite processes.
Product Features
Composite geomembranes have functions of drainage, fil-tration,and protectior.
Long filament spunbond needle-punched non-woven geotextile
Long filament spunbond needle punched nonwoven geotextile is a thin sheet, fiber mesh orfloc like geotextile formed by friction and/or adhesion of oriented or randomly orientedfibers, also known as non-woven geotextile.
Product Features:
The geotextile has high tensile strength, as it uses plastic flat yarn, maintaining sufficient strength and elongation in both dry and wet conditions. It is corrosion-resistant, capable of withstanding corrosion for a long time in soils and waters with different acidity and alkalinity. It has good permeability due to the gaps between the flat yarns, thus providing excellent drainage performance.
Membrane splitting machine woven geotextile
Fractured film fiber woven geotextiles are divided into polypro-pylene, polyethylene and other materials according to their rawmaterials; According to the structure of the yarn used, it can bedivided into geotextiles made of cut film fibers (yarn), split filmfibers (yarn), and other split film fibers.
Product Features:
It has functions such as isolation, filtration, drainage, protection, stabilization, and reinforcement. It can adapt to uneven foundations, resist damage from external construction forces, reduce creep, and maintain its original functions under long-term loads.
Polyester filament burnt geotextile
Features: High strength, high density, corrosion-resistant, waterproof, tear-resistant, puncture-resistant, and impact-resistant, with a width of 5.1 meters.
Uses: In water conservancy, for reinforcement of rivers, lakes, seas, and dams, reservoir reinforcement, seepage prevention, and emergency rescue; in transportation, for soft foundation reinforcement of highways, railways, and airports, slope protection, and green isolation belts; in port and lock engineering; in power, for thermal power ash dams, nuclear power plant foundation treatment, and hydropower dam construction; and other applications such as tunnels, subway projects, environmental protection projects, and navigation channel management.
PP/PET filament woven geotextile
Woven geotextile is a material made from high-strength synthetic fiber yarns, typically using polyester or polypropylene fibers as raw materials. It has a mesh structure that can effectively resist soil erosion and scouring, while also increasing the tensile strength and shear strength of the soil. It is specifically used for soil reinforcement and protection.
Product Features:
High strength, high density, corrosion-resistant, waterproof, tear-resistant, puncture-resistant, and roof rupture-resistant.
Short fiber needle-punched non-woven geotextile
Short fiber needle-punched non-woven geotextile: made from synthetic fibers, formed by dry method netting and reinforced by needle punching. It enhances the tensile strength and deformation resistance of the soil, improving the stability of the construction structure and the quality of the soil; effectively diffuses concentrated stress, transmits or decomposes it, preventing damage to the soil from external forces; prevents mixing between upper and lower layers of sand, soil, and concrete; the mesh structure formed by the irregular fiber organization has strain and mobility, making it difficult for the pores to become blocked.
Product Features:
High strength, high density, corrosion-resistant, waterproof, tear-resistant, puncture-resistant, and top-breaking resistant.
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