Yangquan new material impermeable geotextile+1250g with internal components

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　　Yangquan New Materials NewsImpermeable geotextile+1250g has internal information

　　Yangquan New Materials News Non permeable Geotextile+1250g Internal Information

　　Width of 1-6 meters, width of waterproof board for tunnels, subways, and culverts; 1-3m， The main specifications are:; 1.0mm/200g，1.2mm/300g，1.5mm/300g，1.5mm/350g，200g/1.0mm/200g，250g/1.5mm/250g。 We can produce according to customer requirements. Composite forms include; Sling style, strip style, fully composite, two fabric composite, one fabric composite. Its main role in engineering; Waterproof and anti-seepage. The product has high physical and mechanical performance indicators such as tensile strength, tear resistance, and burst resistance. It has the characteristics of high strength, good elongation, large deformation modulus, acid and alkali resistance, corrosion resistance, aging resistance, and good anti-seepage performance. It can meet the needs of civil engineering such as anti-seepage, isolation, reinforcement, crack prevention and strengthening in water conservancy, municipal engineering, construction, transportation, subway, tunnel, and engineering construction. Due to the use of polymer materials and the addition of anti-aging agents in the production process, it can be used in unconventional temperature environments

　　Yangquan New Materials News Non permeable Geotextile+1250g Internal Information

　　Composite geotextile, also known as impermeable geotextile, anti-seepage geotextile, waterproof geotextile, anti-seepage membrane (composite geotextile has the same function as geomembrane). Composite geomembrane is a type of geotextile applied to one or both sides of a thin film. Specifications include; One cloth and one film, two cloths and one film, two films and one cloth, three cloths and two films (commonly known as one cloth and one film, two cloths and one film) weighing 200-1200 grams, width; 1-6 meters. Composite geomembrane products have high physical and mechanical performance indicators such as tensile strength, tear resistance, and burst resistance. They have high strength, good elongation, large deformation modulus, acid and alkali resistance, corrosion resistance, aging resistance, and good anti-seepage performance. Can meet the needs of water conservancy (artificial lake), municipal, construction, transportation, subway, tunnel, aquaculture (lotus pond), water channel, fish pond aquaculture. Civil engineering needs such as anti-seepage, isolation, reinforcement, and crack prevention reinforcement in engineering construction. Due to the use of polymer materials and the addition of anti-aging agents in the production process, it can be used in unconventional temperature environments. Commonly used for anti-seepage treatment of dams, drainage ditches, and anti pollution treatment of waste sites.

　　One; Characteristics of composite geomembrane;

　　Width up to 6m, (composite geomembrane weighing over 400g can be welded with edges thrown around)

　　High puncture resistance and high friction coefficient

　　Good aging resistance and adaptability to a wide range of environmental temperatures

　　Excellent anti drainage performance

　　Suitable for water conservancy, lotus pond, aquaculture, artificial lake, chemical industry, construction, transportation, subway, tunnel, garbage disposal site and other projects

　　Composite geomembranes are mainly applied in five major fields

　　1. Environmental protection and sanitation. It effectively solves the problem of environmental pollution caused by urban solid waste and can avoid continuous pollution to the environment.

　　2. Water conservancy engineering is used for dam foundation reinforcement, drainage board for underground water drainage, and pressure reduction.

　　3. Various anti-seepage projects such as soft soil foundation reinforcement and drainage in municipal construction engineering

　　4. Petrochemical system, chemical wastewater tank anti-seepage, refinery wastewater tank anti-seepage, electroplating acid pickling tank anti-seepage and anti-corrosion, pipeline lining, etc.

　　5. Road traffic facilities, anti-seepage and diversion reinforcement under ballast, anti-seepage reinforcement of culverts and tunnels, underground water drainage and circuit moisture-proof protection.

　　Shandong Jinde Geotechnical Materials Co., Ltd. is located in the national geotechnical material production base--Laiwu District, Jinan City, is a manufacturer of geosynthetic materials and waterproofing membranes, produced by the company;EVA\ECBTunnel composite waterproof board(glossy/Single hair surface/Double haired surface)，LDPE\HDPEGeomembrane (waterproof board),Composite geomembrane, needle punched non-woven geotextile, woven geotextile, bentonite waterproof blanket（GCL）Plastic drainage board (double-sided concave convex type, square type) grass grid, soft permeable pipe (spring blind pipe),PEPipe, plastic blind ditch (board), double (single) arm perforated corrugated pipe, geogrid (fiberglass steel plastic unidirectional and bidirectional), composite drainage network, geogrid room, soundproof felt and other products.

　　Can effectively overcome uneven settlement of the base surface

　　Two; Construction plan;

　　Geotextile serves as a protective layer for the film, preventing damage to the anti-seepage layer. In order to reduce the ultraviolet radiation and increase the anti-aging performance, the embedding method is adopted.

　　During construction, the first step is to use smaller diameter sand or clay to level the base surface, and then lay it. Do not tighten too tightly, the two ends should be buried in the soil in a corrugated shape, and then a layer of about 10cm transition layer should be laid on top with fine sand or clay. Build 20-30cm stone blocks (or precast concrete blocks) as a protective layer against erosion. During construction, efforts should be made to avoid stones directly hitting the composite film, and the construction of the protective layer should be carried out while laying the film. It should be connected to the surrounding structures using expansion bolts and steel plate pressure strips for anchoring, and the connecting parts should be coated with emulsified asphalt (2mm thick) for bonding to prevent leakage at that location.

　　III Construction matters;

　　(1) The use must be embedded: the covering thickness should not be less than 30cm. It is widely used in reservoir anti-seepage engineering

　　(2) The renovation of the anti-seepage system should consist of a cushion layer, anti-seepage layer, transition layer, and protective layer.

　　(3) The soil should be solid to avoid uneven settlement, cracks, and the grass and tree roots within the anti-seepage range should be removed. Lay a protective layer of sand or clay with small particle size on the contact surface with the membrane.

　　(4) Do not pull too tightly when laying. Our company is responsible for construction/welding

　　Warp knitted composite geomembrane (strong film filament)

　　A new type of geosynthetic material made by compounding synthetic fibers (or glass fibers) with composite geomembranes.

　　Knitted composite geomembrane is different from general geomembranes. Its characteristic is that the intersection of longitude and latitude lines is not curved, and each is in a straight state. Using binding wire to firmly tie the two can comprehensively and uniformly synchronize, withstand external forces, distribute stress, and when the applied external force tears the material, the yarn will gather along the initial crack, increasing the tear resistance strength.

　　When knitting composite, the warp binding line is used to repeatedly pass between the warp, weft, and fiber layers of the geomembrane, so that the three are woven into one. Therefore, warp knitted composite geomembranes not only have the characteristics of high tensile strength and low elongation, but also have the waterproof performance of geomembranes. Therefore, warp knitted composite geomembrane is an anti-seepage material that has the functions of reinforcement, isolation, and protection. It is a highly advanced application of geosynthetic composite materials internationally today.

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