Geocells with 10 cm Height

H=100 mm – 34.2×28.71 (3.18 m × 10.9 m = 34.6 m²)

• Material: High‑density polyethylene (HDPE), polyester or polypropylene
• Cell height: 10 cm
• Cell opening size (expanded): from 210 to 500 mm
• Resistant to: UV rays, chemicals, corrosion and moisture
• Operating temperature: –60 °C to +60 °C
• Service life in soil: over 50 years
• Color: standard black (other colors on request)
• Installation: anchoring and filling with sand, gravel, rock fragments or concrete
• Packaging: compact, accordion‑folded

10 cm Geocells – Stability and Efficiency in Every Structure

10 cm geocells are an innovative and highly effective solution in modern construction. Thanks to their three‑dimensional cellular structure, they significantly enhance foundation stability, reduce erosion risk, and provide efficient reinforcement for varied terrain types.

Durability, Flexibility and Resilience

Made from robust polymers like HDPE, polyester, or polypropylene, these geocells resist deformation, moisture, UV exposure, and chemical attack. This makes them a reliable and long‑lasting option for slopes, embankments, roads and other key infrastructure elements.

Multi‑purpose Application

Cells can be filled with sand, gravel, crushed stone or concrete, adapting to diverse projects – from stabilizing road surfaces to reinforcing shorelines. With easy installation and high efficiency, geocells optimize costs and speed up deployment.

Erosion Control and Improved Drainage

The geocell structure facilitates controlled water flow, preventing moisture buildup and erosion. That is particularly important for slopes, green areas, and structures exposed to weathering.

Investment in a Sustainable Future

Using 10 cm geocells is not only practical but also environmentally responsible. With minimal waste, high efficiency, and long life, this product is preferred by investors, designers and contractors.

Contact us today to learn more about the advantages of 10 cm geocells and receive a custom offer for your project.

More information about geocells HERE