Injection-molded Geocell
Injection-molded Geocell
Injection-molded Geocell
Injection-molded Geocell
Injection-molded Geocell
Injection-molded Geocell
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  • Injection-molded Geocell
  • Injection-molded Geocell
  • Injection-molded Geocell
  • Injection-molded Geocell
  • Injection-molded Geocell
  • Injection-molded Geocell

Injection-molded Geocell


The standard injection-molded geocell is a new product independently developed by our company, designed to meet the diverse requirements of various engineering projects while building upon the foundation of conventional geocells. In addition to retaining the exceptional tensile strength and robust connection points characteristic of standard high-strength geocells, this innovative product also boasts outstanding environmental friendliness and stability. The geocell’s interconnection points are primarily manufactured using advanced injection-molding techniques. Thanks to its all-plastic construction—featuring HPPE and bi-axially oriented high-strength PET—the HPPE/PET injection-molded geocell delivers superior eco-friendly performance. It remains completely non-toxic, even after prolonged contact with acidic or alkaline soil environments, ensuring no contamination of the surrounding ground. Moreover, this material exhibits remarkable resistance to aging, guaranteeing a long service life without compromising structural integrity. Importantly, the durability of the geocell ensures that its performance remains unaffected by potential damage at the connection points. As a result, these geocells can be widely applied in critical infrastructure projects such as railway and highway construction, as well as in challenging terrains like deserts, swamps, tidal flats, airports, ports, and marinas—where soft ground stabilization is essential. They’re also ideal for slope protection, landslide remediation, retaining wall construction, and initiatives aligned with the "Sponge City" concept. Additionally, their versatility makes them perfect for landscaping projects in urban areas and residential communities.


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Detailed description

Product Introduction:

The standard injection-molded geocell is a new product independently developed by our company, designed to meet the diverse requirements of various engineering applications while building upon the original geocell design. In addition to retaining the exceptional tensile strength and robust connection points characteristic of conventional high-strength geocells, this innovative product also boasts outstanding environmental friendliness and stability. The geocell’s interconnection points are primarily manufactured using advanced injection-molding techniques. Thanks to its all-plastic construction—featuring HPPE and bi-directional high-strength PET materials—the HPPE and PET injection-molded geocells deliver superior eco-friendly performance. They remain completely non-toxic, even after prolonged contact with acidic or alkaline soils, ensuring no contamination of the surrounding environment. Moreover, these geocells exhibit remarkable resistance to aging, guaranteeing a long service life without compromising their structural integrity. This makes them ideal for a wide range of applications, including soft ground stabilization in railway and highway construction, as well as in challenging terrains like deserts, swamps, tidal flats, airports, ports, and docks. Additionally, they are perfectly suited for slope protection, landslide remediation, retaining wall construction, and even the development of "sponge cities." Beyond infrastructure projects, these geocells can also be effectively utilized in urban and residential green space initiatives, enhancing both functionality and sustainability.

Technical specifications:

Integral Bidirectional High-Strength Injection-Molded Geocell (Tribal Standard)

Product Model

Tensile strength of the board (≥ N/cm)

Elongation at break (≤)

Right-angle tear resistance (≥ N)

Edge length distance (mm)

Node strength (≥ N/cm)

Tensile strength at component joints (≥ N/cm)

 

Vertical

Horizontal

Peel strength

Shear Strength

Tensile strength in tension

 

TGGS50

1600

15%

200

200

150–500

600

500

1600

1600

 

TGGS75

1600

15%

200

200

150–500

600

500

1600

1600

 

TGGS100

1600

15%

200

200

150–500

500

400

1600

1600

 

TGGS150

1200

15%

200

200

150–500

500

400

1200

1200

 

TGGS200

1200

15%

200

200

150–500

500

400

1200

1200

 

Iron-Labelled Geocell Geosynthetic (Q/CR549.1-2016)

Product Model

Tensile Yield Strength of the Sheet Material (≥ MPa)

Sheet thickness (≥ mm)

Yield Elongation (≤)

Right-angle tear resistance (≥ N)

Node distance (mm)

Node strength (≥ N/cm)

Tensile strength at component joints (≥ N/cm)

Vertical

Horizontal

Peel strength

Tensile strength in tension

GCE50

20

0.8/1.1

15%

120/150

120/150

150–500

160

320

320

GCE75

20

0.8/1.1

15%

120/150

120/150

150–500

160

320

320

GCE100

20

0.8/1.1

15%

120/150

120/150

150–500

160

320

320

GCE150

20

0.8/1.1

15%

120/150

120/150

150–500

160

320

320

GCE200

20

0.8/1.1

15%

120/150

120/150

150–500

160

320

320

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