1/7/2024 0 Comments Breakwaters woven geotextile![]() Furthermore, ACETex ® PP geotextiles offer more advantages of easy construction and cost saving because its weight is lighter than most similar products. Through the quality control and assurance process certified with ISO 9001, ACETex ® PP geotextile series provide high quality to all customers.īecause of the multifunction of ACETex ® PP geotextiles, they have wide usages especially in being fabricated as geotextile tubes and bags, which need high strength and durability to ensure the structure safety, and also good permeability and small fabric opening sizes to increase filling or dewatering efficiency. To confirm the durability of ACETex ® PP geotextiles, numerous indoor and outdoor tests including resistances to abrasion, ultraviolet, oxidation, acid, alkali, bio-decomposition and immersion corrosion in seawater, are performed by professional laboratories. Outstanding durability proven in both lab and outdoor tests With high tensile strengths (up to 750kN/m for uniaxial strength and 350kN/m for biaxial strength) and adequate opening sizes, ACETex ® PP have outstanding permeability among all woven geotextiles in the market. Usually, the increasing in textile strength means requiring higher weaving density and results in lowering permeability however, ACETex ® PP geotextiles have made a breakthrough with patent protection to it. Language English Español Francés Tiếng Việt English (Nigeria) Products All Geogrids All ACEGrid® GG ACEGrid® FR ACEGrid® GN ACEGrid® GA ACEGrid® GDP ACEGrid® GDE Geotextiles All ACETex® PET ACETex® PP ACETex® ES ACETex® NW ACETex® SL Geotextile Bags, Tubes and Containers All ACETube® - hydraulic structures ACETube® - dewatering system ACEContainer™ ACEBag™ Erosion and Sediment Control All ACEFormer™ ACEMat™ R ACESandbag™ EC ACESandbag™ SB ACECurtain™ ACECell™ ACEPin™ T ACENail™ SD ACEModule™ Drainage and Lining All ACEDrain™ G ACEDrain™ S ACELiner™ ACEMembrane™ Geocomposites All ACECompo™ GB ACECompo™ GC ACECompo™ GS ACECompo™ PETB Agriculture All Insect Net Shade Cloth Anti-hail net Applications All Earthwork Construction All Slope Stabilization Basal Reinforcement Bridging over Underground Voids and Sinkholes Slope Erosion Control Roadway and Railway Construction All Subgrade Stabilization Base Reinforcement Pavement Improvement Road Widening Bridge Construction Environmental Protection All Sludge Treatment Sediment Dredging Silt and Turbidity Control Landfill Construction Flood Detention Marine and Coastal Structures Construction All Seawalls and Bulkheads Groynes and Jetties Breakwaters Detached Breakwaters Sand Dunes Submerged Breakwaters & Artificial Reefs Revetments Cofferdams Pier Scour Protectors Pipeline Sleepers Pipeline Armors Riverbank and Channel Protection All Levees and Dikes Revetments Wing Dams / Groynes Pier Scour Protection System Channel Lining Protection Mining Industry All Longwall Mine Strata Support Rockfall Prevention Embankment Crusher Headwall and Loading Ramp Bulk Materials Packaging and Transport Tailing Dewatering Services Services Design and Technical Material Testing Construction Support Training Support Case Studies About Us News download contact searchĮxcellent filtration characteristics with high tensile strength Submerged Breakwaters & Artificial Reefs.Marine and Coastal Structures Construction.Bridging over Underground Voids and Sinkholes.They are perfect for providing support and reinforcement and are often used in construction projects involving soft or bad soils. ![]() ![]() Overall, woven geotextiles are the stronger and more durable option. Conclusionīefore beginning any construction project, you should familiarize yourself with the properties and differences between these two materials so you can pick the one that best meets your needs. From the weight, manufacturers are able to derive other characteristics of these fabrics, including puncture and strength. These numbers mean that the material weighs 4 ounces per square yard, 8 ounces per square yard, and so on. Common examples include 4–ounce, 8-ounce, 10-ounce, and 12-ounce fabrics. On the flip side, manufacturers often specify the weight of a non-woven geotextile. In the former, the weight rarely matters because woven geotextiles are used for their ability to reinforce and separate, which does not depend on weight. Manufacturers rarely specify the weight of woven geotextiles but this characteristic is important when describing non-woven fabrics. Weight is a primary distinguishing factor between woven and non-woven geotextiles. Wovens also have higher tensile strength values than non-wovens while no-wovens come out on top in terms of permittivity and flow rates. In some cases, wovens do not come with an elongation specification.
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