Geomat

Specifications

Dimensions: 2X50M/roll 2X100M/roll
Material: HDPE PP
Tensile Strength: 0.8-3.2KN/m
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Product Details

Professional Three-Dimensional Geomat Systems

Advanced HDPE three-dimensional geocomposite technology for superior erosion control, vegetation establishment, and soil stabilization. Engineered for challenging earthwork projects requiring long-term environmental protection.

Revolutionary 3D Geomat Technology

Our Professional Three-Dimensional Geomat represents cutting-edge geosynthetic engineering, featuring a robust three-dimensional High-Density Polyethylene (HDPE) structure with an advanced open matrix design. This innovative system functions as a protective, reinforcing, and integrated intermediate layer between natural vegetation and soil substrate.

The unique three-dimensional architecture enables comprehensive root system development while providing secure soil anchoring. With 95% open space available for soil, aggregate, and root penetration, this system creates an optimal environment for sustainable vegetation establishment and long-term slope protection.

Core Technology Features

  • • Three-dimensional HDPE matrix construction
  • • 95% open structure for optimal infill integration
  • • Thermal protection and moisture retention capabilities
  • • Root penetration depth up to 30-40cm underground

Engineering Principles

Creates protective barrier between vegetation and soil
Enables secure root system anchoring and growth
Provides thermal insulation for plant establishment
Facilitates drainage and ventilation for optimal growth

Advanced Geomat Performance Mechanics

Vegetation Enhancement Process

1

Thermal Protection

Three-dimensional structure provides thermal insulation, protecting seeds and young plants from temperature fluctuations while maintaining optimal germination conditions.

2

Moisture Retention

Open matrix design captures and holds moisture for extended periods, ensuring consistent water availability during critical germination and establishment phases.

3

Root Development

Flexible structure allows unrestricted root penetration up to 30-40cm depth, creating a robust root-soil-mat composite system for long-term stability.

4

Integrated Protection

Mature vegetation combines with the geomat matrix to form a permanent, self-reinforcing green protective layer resistant to erosion and surface disturbance.

Soil Stabilization Mechanisms

Structural Integration

95% open space accommodates soil, gravel, and root systems
Three-dimensional matrix provides structural reinforcement
Flexible design conforms to irregular surface topography
Creates composite action with soil and vegetation

Environmental Benefits

  • • Superior drainage and ventilation characteristics
  • • Optimal growing environment for diverse vegetation
  • • Long-term erosion protection and slope stabilization
  • • Sustainable green infrastructure development
  • • Enhanced biodiversity and ecological restoration

Professional Grade Geomat Specifications

Material Specifications

HDPE Construction

Base Material: High Density Polyethylene (HDPE)
Structure Type: Three-Dimensional Matrix
Open Space Ratio: 95%
UV Stabilization: Enhanced UV Resistance

Performance Features

Root Penetration Depth: 30-40 cm
Flexibility: Conforms to surface contours
Drainage: Excellent permeability
Temperature Tolerance: -40°C to +70°C

Grade Options

Available Geomat Grades

EM2
Light Duty
EM3
Standard
EM4
Heavy Duty
EM5
Extra Heavy

Standard Roll Dimensions

Roll Width: 2m (±0.1m tolerance)
Roll Length: 30m (±0.1m tolerance)
Coverage Area: 60 m² per roll

Detailed Technical Specifications

Property Unit EM2 EM3 EM4 EM5
Mass Per Unit Area g/m² ≥220 ≥260 ≥350 ≥430
Thickness mm ≥10 ≥12 ≥14 ≥16
Width Deviation m ±0.1 ±0.1 ±0.1 ±0.1
Length Deviation m ±0.1 ±0.1 ±0.1 ±0.1
Longitudinal Tensile Strength kN/m ≥0.8 ≥1.4 ≥2.0 ≥3.2
Transverse Tensile Strength kN/m ≥0.8 ≥1.4 ≥2.0 ≥3.2

EM5 Grade – Premium Performance

The EM5 grade represents our highest performance geomat specification, engineered for the most demanding earthwork applications requiring maximum durability and vegetation support.

Enhanced Strength: 3.2 kN/m tensile strength in both directions
Superior Thickness: ≥16mm for maximum protection and insulation
High Mass: ≥430 g/m² for exceptional durability and performance

Comprehensive Application Solutions

Slope Erosion Control

Superior protection for steep slopes and embankments. Three-dimensional structure provides immediate erosion protection while vegetation establishes.

Earthwork Projects

Comprehensive soil stabilization for large-scale earthwork and infrastructure development projects requiring long-term environmental protection.

Gravel Reinforcement

Effective aggregate consolidation and stabilization. Open matrix design accommodates gravel placement while providing structural reinforcement.

Soil Consolidation

Advanced soil stabilization through integrated composite action. Creates permanent soil-vegetation-matrix system for superior performance.

Drainage Applications

Excellent drainage characteristics combined with vegetation support. Ideal for areas requiring both water management and erosion control.

Green Infrastructure

Sustainable landscaping and ecological restoration projects. Supports biodiversity development and long-term environmental enhancement.

Application-Specific Performance Benefits

Erosion Control Applications

Immediate Protection: 95% coverage
Vegetation Establishment: 30-60 days
Long-term Stability: 25+ years

Soil Reinforcement

Root Penetration: 30-40 cm depth
Composite Strength: Significantly increased
Surface Stability: Permanent protection

Environmental Benefits

Thermal Protection: Enhanced germination
Moisture Retention: Extended availability
Biodiversity Support: Ecosystem development

Key Features & Benefits

Advanced Features

Three-dimensional HDPE matrix construction
95% open structure for optimal soil-vegetation integration
Flexible design conforms to irregular surface contours
Superior drainage and ventilation characteristics
Enhanced UV resistance for long-term durability

Performance Benefits

Immediate erosion protection upon installation
Thermal insulation enhances seed germination
Moisture retention improves vegetation establishment
Creates permanent soil-vegetation composite system
Supports deep root development up to 40cm

Why Choose Professional Three-Dimensional Geomat

Our Professional Three-Dimensional Geomat systems represent the latest advancement in erosion control and vegetation establishment technology. The innovative HDPE matrix design provides unmatched performance for challenging earthwork applications requiring both immediate protection and long-term environmental sustainability.

Technical Superiority

  • • Advanced three-dimensional structure
  • • Premium HDPE material construction
  • • Precision manufacturing for consistent performance
  • • Comprehensive quality assurance testing

Environmental Excellence

  • • Promotes sustainable vegetation establishment
  • • Supports biodiversity and ecosystem development
  • • Long-term environmental protection solution
  • • Reduces long-term maintenance requirements

Economic Value

  • • Reduces construction and maintenance costs
  • • Eliminates need for frequent re-seeding
  • • Provides long-term performance value
  • • Minimizes project delays and complications

Installation Guidelines & Best Practices

Installation Process

1

Surface Preparation

Prepare surface by removing debris and loose material. Create smooth, stable surface that conforms to design grades and specifications.

2

Geomat Placement

Unroll geomat carefully, maintaining consistent contact with prepared surface. Ensure proper overlap at joints and secure anchoring system.

3

Infill Installation

Place topsoil, seed, and any required amendments into geomat matrix. Ensure adequate coverage while maintaining open structure integrity.

4

Vegetation Establishment

Provide appropriate irrigation and maintenance during establishment period. Monitor vegetation development and provide supplemental care as needed.

Critical Success Factors

Site Considerations

  • • Evaluate slope gradient and stability requirements
  • • Assess drainage patterns and water management needs
  • • Consider climate conditions and seasonal factors
  • • Plan for appropriate vegetation species selection

Quality Assurance

  • • Ensure proper geomat grade selection for application
  • • Verify adequate anchoring and overlap specifications
  • • Maintain consistent infill depth and composition
  • • Monitor vegetation establishment and performance

Contact Information

Phone +8615533676684
Address Meidong guoji b building rm703, chang'an district shijiazhuang city, hebei province,china

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