Anping Rio Tinto Metal Mesh Co., Ltd. is an excellent geotextile mat three dimensional Manufacturer. The three-dimensional geogrid mat products are mainly used in the fields of highway, railway, water conservancy, electric power, soil and water conservation, environmental greening and infrastructure construction. The geotextile mat three dimensional has been widely used in many projects such as highway, railway, etc., and is well received by the majority of users. Application and function of geotextile mat three dimensional : reinforcement of retaining wall, abutment and steep slope under long-term high stress state can solve the engineering problems difficult to deal with in traditional way, effectively improve the engineering quality, extend the engineering life, reduce the engineering cost and other purposes.

The geotextile mat three dimensional manufacturer are mainly used in soft foundation treatment, subgrade reinforcement, slope protection, abutment reinforcement, coastal slope protection, reservoir bottom reinforcement and other projects. Laying geonet on the side slope of the road can prevent the slide of the rock block and avoid the harm to people or vehicles; wrapping the ballast with geonet can prevent the loss of ballast and the deformation of the subgrade, improve the stability of the subgrade; laying geonet can strengthen the pavement and prevent the development of reflection cracks; Geonet, as the reinforcement material in the earth filling of retaining wall, can disperse the stress of soil, limit the lateral displacement and enhance the stability; the stone cage made of geonet can be used for the protection of dam and rock surface, which can prevent erosion and water and soil loss.

The geotextile mat three dimensional manufacturer shall be mainly forest and grass plants for ecological mode configuration. The geotextile mat three dimensional Manufacturer is conducive to soil consolidation and slope protection, preventing soil erosion, improving slope landscape and slope protection effect. At the same time, when selecting plant species, we should adhere to the principle of biological diversity, the combination of multi families and genera, the combination of arbor, shrub and grass, and the construction of multi tree species, multi structure and multi-functional multi-layer ecological landscape community, effectively increase the green amount and green leaf area, tap the potential ecological power per unit area, and improve the leaf area index. Pay attention to the line changes in the three-dimensional space along the greening line And rhythm. However, based on the consideration of climate, soil and site type, priority should be given to the selection of drought resistant, barren resistant, pollution resistant and ornamental tree species and lawn ground cover plants, which can not only adapt to the local land conditions, but also meet the requirements of highway greening, and achieve the unity of function, art and science. In the cutting slope (upper slope), different grass species or grass irrigation mixed planting technology should be considered. Annual herbs (or over annual herbs) should be combined with perennial herbs, and then a certain proportion of shrubs or small trees should be mixed.

As the protective layer of geomembrane, the geotextile mat three dimensional manufacturer can protect the impervious layer from damage. In order to reduce ultraviolet radiation and increase anti-aging performance, the embedding method is used. During construction, the sand or clay with smaller material diameter shall be used to level the foundation surface first, and then the geomembrane shall be laid. The geomembrane shall not be too tight, and the part buried in the soil at both ends shall be corrugated, and then a layer of transition layer of about 10cm shall be paved on the paved geomembrane with fine sand or clay. Build 20-30cm block stone (or concrete precast block) as the anti scour protection layer. During the construction of geotextile mat three dimensional manufacturer, try to avoid the stone directly hitting on the geomembrane, while laying the membrane, the construction of the protective layer shall be carried out. The connection between the composite geomembrane and the surrounding structures shall be anchored by expansion bolts and steel plate battens, and the connection part shall be coated with emulsified asphalt (2mm thick) for bonding.