Road and geotechnical engineers increasingly need effective solutions for building on weak soils as costs and resource pressures grow. Geofantex offers geosynthetic products such as nonwoven geotextiles and geogrids to improve soft ground, stabilize subgrades, and enhance embankment and foundation performance. By increasing shear strength and reducing soil movement, these solutions help build stronger, longer-lasting roads and railways while lowering maintenance costs and construction risks.

Geotextiles play a key role in soil reinforcement by improving ground strength and long-term stability. Made from durable synthetic materials, they are used to separate different soil layers, preventing contamination and loss of performance. At the same time, geotextiles allow water to pass while retaining soil particles, which supports effective drainage and reduces pore water pressure. By carrying tensile loads, they also reinforce weak soils, making them suitable for embankments, slopes, and retaining structures.

Geotextiles play a key role in soil reinforcement by improving ground strength and long-term stability. Made from durable synthetic materials, they are used to separate different soil layers, preventing contamination and loss of performance. At the same time, geotextiles allow water to pass while retaining soil particles, which supports effective drainage and reduces pore water pressure. By carrying tensile loads, they also reinforce weak soils, making them suitable for embankments, slopes, and retaining structures.

Geomembranes are geosynthetic materials mainly used for impermeability. Made from polymers such as HDPE or PVC, they act as barriers to contain liquids and contaminants, protecting soil, groundwater, and foundations. When combined with other geosynthetics, they support environmental protection and long-term infrastructure stability.

Nonwoven Geotextile

Geogrid

Geocomposite

Woven Geotextile

Geomembrane

Geocomposites are engineered materials made by combining multiple geosynthetics to provide functions such as reinforcement, drainage, separation, and erosion control. In soil reinforcement, they increase tensile strength, distribute loads, manage water to reduce pore pressure, and protect against erosion, improving the stability and long-term performance of slopes, embankments, and retaining structures.

Geogrids are geosynthetic materials used for soil reinforcement, made from polymers with an open grid structure that interlocks with soil and aggregates. They provide tensile strength, distribute loads, and confine soil particles, which improves stability and reduces settlement. These functions make geogrids effective in retaining walls, slopes, and embankments.

Drainage Geonet

Geonet is a polymer-based geosynthetic with a net-like structure designed mainly for drainage and soil reinforcement. It provides excellent in-plane drainage to remove water and reduce hydrostatic pressure, while its tensile strength helps distribute loads and improve soil stability. When combined with geotextiles, geonets also support erosion control, separation, and filtration, making them effective in landfills, roadbeds, slopes, and embankments.

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