Honeycomb geocell

How Geocells Work

Geocells function by confining granular material (such as soil, gravel, or sand) within their honeycomb-like structure.

This confinement creates a reinforced composite layer that distributes loads more evenly across a wider area.

The result? Reduced soil displacement, increased load-bearing capacity, and improved durability of pavements, embankments, and slopes.

Key Applications of Geocells

1. Slope and Erosion Control:

Geocells provide an effective solution for preventing soil erosion on steep slopes

by anchoring soil in place and allowing vegetation to grow through the cells.

2. Road and Rail Infrastructure:

They improve the performance of weak subgrades in road construction,

making them ideal for projects in challenging terrains.

3. Retaining Walls and Embankments:

Geocells offer a lightweight, cost-effective alternative to traditional retaining walls,

providing stability while reducing material usage.

Why Geocells Are a Smart Choice

Eco-friendly: Geocells allow for the use of locally sourced, natural fill materials,

reducing the need for costly imports and minimizing environmental impact.

Cost efficiency:

Their ability to enhance soil strength and durability leads to reduced maintenance costs and longer-lasting infrastructure.

Versatile:

From highway construction to green landscaping, geocells are highly adaptable to different engineering challenges.

In an era where sustainable and efficient construction methods are critical,

geocells are becoming an indispensable tool in modern engin

Our honeycomb geocell size

1: There are five heights:

50mm, 75mm, 100mm, 150mm, and 200mm

2: There are nine types of welding distances:

330mm, 356mm, 400mm, 450mm, 500mm, 600mm, 660mm, 712mm, and 800mm