Core Functions of High‑Tensile Cellular Confinement Systems

Core Functions of High‑Tensile Cellular Confinement Systems
Core Working Mechanism
1. 3D lateral confinement: Honeycomb cells restrain lateral displacement of fill materials, turning loose granular fill into a unified high‑stiffness composite mattress.
2. High tensile resistance: High‑tensile base strips bear tensile stress triggered by subgrade settlement, slope sliding and vehicle loads, restrict cell expansion and fill outward bulging.
3. Load redistribution: Distribute concentrated loads over a wider area, reduce differential settlement and rutting risk on weak subgrade.
4. Drainage & anti‑erosion: Perforated cell walls allow water drainage, reduce pore‑water pressure; lock fill in place to mitigate slope surface erosion and scour damage.