NON-WOVEN GEOTEXTILE

Non-woven geotextiles offer a wide range of parameters, meeting all design requirements of each project. Depending on the intended use, appropriate fabric parameters are selected. PR non-woven geotextiles are products with diverse parameters, meeting most design requirements for various projects, with three types: general PR geotextiles, PR type D geotextiles, and PR project geotextiles. Some typical parameters of PR non-woven geotextiles:

COMPOSITE GEOTEXTILE

Composite geotextiles exhibit high mechanical strength, excellent load-bearing capacity. Helping effectively function as separators, filters, and water drainage systems. Composite Geotextile prevent erosion and landslides in projects, adapt to various terrain and environmental conditions and meet diverse application needs in many fields.

Separation and Reinforcement of Weak Soil Foundations

Engineers use geotextiles to restore and reinforce structures. They separate weak soil layers, like mud, sand, clay, and alluvium, from fill materials, such as soil, rock, sand, and concrete. Geotextiles also reinforce slopes to prevent landslides and slips. This stabilization of the fill material prevents it from being affected by other forces or dynamic loads from vehicles moving above it. Without this stabilization, subsidence or landslides could occur, particularly in projects like bridges, culverts, roads, and urban areas.

Protection and Erosion Control

Geotextiles have excellent tensile strength, puncture resistance, and high stress capacity. Additionally, geotextiles are environmentally durable and provide rapid water drainage. When used in combination with other geotechnical materials such as gabions, reno mattresses, and geogrids, they create an extremely effective erosion control barrier. People widely use them in dike, dam, irrigation canal, riverbank, and coastal revetment projects, etc.

Filtration and Drainage Capacity

Geotextiles effectively filter and drain water between two material layers through the fabric surface. They prevent the ingress of small and fine material particles such as sand, gravel, and fine dust, helping to avoid mixing and erosion between the two material layers, preserving the mechanical and physical functions of the soil foundation and fill layer. They are the preferred choice in drainage projects such as dikes, dams, irrigation canals, riverbank, and coastal revetments, etc.

Geotextiles, particularly because they can drain water, are also used a lot in agricultural cultivation and irrigation projects. People even use them for planting decorative trees and landscaping.