PVC geomembrane boasts strong weather resistance and excellent puncture resistance; the surface can be customized with anti-slip textures. Applications include aquaculture ponds, landfill closures, and chemical corrosion protection tanks.

EVA/ECB waterproof membrane (a geomembrane derivative) boasts excellent low-temperature toughness and weldability, and is environmentally friendly and odorless. It is used for waterproofing and seepage prevention in underground engineering projects such as tunnels, subways, and underground utility tunnels.

Composite geomembrane is a composite geosynthetic material made of high-density polyethylene geomembrane as the core layer and polyester non-woven geotextile laminated on both sides or one side. It has multiple functions such as seepage prevention, protection, reinforcement and drainage. The product has extremely strong puncture resistance, high friction coefficient, aging resistance and UV resistance, outstanding resistance to uneven settlement of the foundation, strong overall structural stability, and eliminates the risk of leakage due to damage to the seepage prevention layer. It is resistant to corrosion from various media such as acids, alkalis, salts, sewage, and tailings slurry. It has stable freeze-thaw resistance and heat resistance, with a service life of more than 50 years and a wide temperature range (-60℃ to +60℃).

Short-fiber needle-punched nonwoven geotextile is made from high-quality polyester short fibers through carding and needle-punching processes.

Long-filament geotextile, also known as polyester long-filament needle-punched nonwoven geotextile, is made from high-quality polyester chips through spinning, web formation, and needle-punching reinforcement processes. It is a core category of geosynthetic materials that combines high strength and high stability. Compared to short-filament geotextile, its fibers are continuous and unbroken, resulting in superior mechanical properties, making it a preferred material for high-grade engineering projects.

Eco-bags are made of high-molecular polypropylene material, which is UV resistant, anti-aging, and corrosion resistant. They are a special environmental protection material for slope greening and ecological restoration.

Gabion bags are made of high-strength polypropylene geotextile, which is puncture-resistant, tear-resistant, UV-resistant, and corrosion-resistant. They are high-strength geotechnical protection materials specially designed for water conservancy slope protection, river regulation, and soil and rock reinforcement projects.

Cement blanket (also known as concrete canvas) is a flexible cement composite blanket composed of a three-dimensional fiber skeleton, special dry cement powder, and a waterproof backing. It quickly hydrates and hardens into a thin but strong concrete layer when exposed to water, combining the flexibility of textiles with the durability of concrete. It can replace traditional concrete, and is quick to install and low in cost.

Geogrids are mesh-like geosynthetic materials made from high-strength polyester industrial filaments, glass fibers, or high-molecular polymers through warp knitting or stretching processes. They possess high strength, low elongation, and aging resistance, earning them the reputation of "fiber-reinforced soft steel bars." Geogrids effectively reinforce soft soil foundations, distribute load stress, and are widely used in highway, railway, and water conservancy engineering projects.

Geogrids are mesh-like geosynthetic materials made from high-strength polyester industrial filaments, glass fibers, or high-molecular polymers through warp knitting or stretching processes. They possess high strength, low elongation, and aging resistance, earning them the reputation of "fiber-reinforced soft steel bars." Geogrids effectively reinforce soft soil foundations, distribute load stress, and are widely used in highway, railway, and water conservancy engineering projects.

Geogrids are mesh-like geosynthetic materials made from high-strength polyester industrial filaments, glass fibers, or high-molecular polymers through warp knitting or stretching processes. They possess high strength, low elongation, and aging resistance, earning them the reputation of "fiber-reinforced soft steel bars." Geogrids effectively reinforce soft soil foundations, distribute load stress, and are widely used in highway, railway, and water conservancy engineering projects.

Geogrids are mesh-like geosynthetic materials made from high-strength polyester industrial filaments, glass fibers, or high-molecular polymers through warp knitting or stretching processes. They possess high strength, low elongation, and aging resistance, earning them the reputation of "fiber-reinforced soft steel bars." Geogrids effectively reinforce soft soil foundations, distribute load stress, and are widely used in highway, railway, and water conservancy engineering projects.