Yuzhimu Nonwoven Geotextile Fabric is a premium engineered nonwoven material designed for demanding civil engineering, construction, and geotechnical applications. Produced by Atlan, Yuzhimu geotextiles combine exceptional mechanical strength, dimensional stability, and durability—making them ideal for soil stabilization, drainage, and separation layers in infrastructure projects.
The Yuzhimu nonwoven geotextile features:
Key Features and Benefits
Superior Strength and Dimensional Stability
The bicomponent spunbond structure provides high tensile and tear resistance, ensuring long-term performance in load-bearing applications such as road construction and embankment stabilization.
Outstanding Thermal and Chemical Resistance
Thanks to the PET/PP composition, Yuzhimu geotextiles maintain their structure under thermal cycling, UV exposure, and in chemically aggressive environments.
Lightweight and Easy to Install
The fabric’s uniform surface and stable dimensions make it easy to cut, handle, and install, reducing labor and installation costs.
Long-Term Durability
Yuzhimu nonwoven is resistant to biological degradation, rot, and mold, ensuring a long service life even in harsh soil or water conditions.
Why Choose Yuzhimu Geotextiles?
These advantages make Yuzhimu an excellent choice for engineers and contractors seeking durable and high-performance nonwoven materials for modern infrastructure projects.
Sustainability and Quality Assurance
Yuzhimu nonwoven geotextiles are produced under strict ISO-certified quality systems, ensuring consistent performance and reliability. Many Yuzhimu products also support sustainable construction goals by offering recyclable and energy-efficient materials that help extend the lifespan of civil engineering structures.
Yuzhimu Nonwoven Geotextile Fabric stands out as a robust, multifunctional solution for geotechnical engineering, road construction, and environmental protection. Its unique bicomponent structure delivers unmatched strength, filtration capability, and long-term stability—helping infrastructure last longer and perform better under challenging conditions.