GEOCELL

Geocell is a versatile sealant that plays a vital role in construction and infrastructure projects by providing reliable and durable solutions for sealing joints, gaps, and cracks. With its exceptional adhesion and flexibility, Geocell ensures a watertight and airtight seal that protects against moisture, air infiltration, and potential damage.

Home
/
GEOCELL

One of the key features of Geocell is its exceptional adhesion. It adheres strongly to a wide range of construction materials, including concrete, wood, metal, and masonry. This ensures a reliable and long-lasting seal that effectively prevents water and air from entering or escaping through joints and gaps. The strong bond created by Geocell provides added protection against leaks, drafts, and potential damage caused by moisture infiltration or air exchange.

In addition to its adhesion properties, Geocell offers excellent flexibility. This allows it to accommodate movement and expansion and contraction of different construction materials. Whether it’s due to temperature fluctuations, settling of the building, or structural vibrations, Geocell maintains its seal integrity without cracking or breaking. Its flexibility ensures long-lasting performance, reducing the need for frequent repairs or resealing.

product knowledges

Why is there a difference in Geocell height?

If the road load on it is greater, then you have to use a higher Geocell (but this also depends on the soil test / soil test).

Example:

For residential street loads that are usually passed by ordinary cars, you can use Geocell with a height of 7.5 cm
For road loads in industrial areas such as the usual Pulogadung / Batang area.

Passed by large trucks, must use Geocell with a height of 15 cm or 20 cm.

Why does Geocell have holes?

So that the water can still flow.

For Geocell Applications, Geocell must be locked with a key / hand staples.

Geocell Material: Virgin HDPE (High Density Polyethylene)
Geocell Color: Black
Geocell Height: 7.5 cm, 10 cm, 15 cm dan 20 cm. (rough structure)
Usually sold per panel.
1 panel has dimensions: 4m x 6m = 24 m2
Minimum purchase: 1 panel

Geocell is designed to withstand various weather conditions and environmental factors. It is highly resistant to UV radiation, extreme temperatures, and moisture, making it suitable for both interior and exterior applications. Whether it’s sealing windows and doors, roofing systems, expansion joints, or concrete cracks, Geocell provides a durable barrier that protects against water intrusion, air leakage, and potential structural damage.

Choosing Geocell as a sealant for construction projects offers several advantages. Firstly, it helps enhance the integrity and longevity of the structures by providing a reliable and durable seal that prevents moisture-related issues, such as rot, mold, and corrosion.

Secondly, Geocell contributes to energy efficiency by minimizing air infiltration and improving insulation. This can lead to reduced energy consumption and lower heating and cooling costs. Additionally, Geocell’s versatility and compatibility with various construction materials make it a convenient choice for a wide range of applications, simplifying the sealing process and reducing the need for multiple sealant products.

In conclusion, Geocell is a versatile sealant that seals the deal in construction and infrastructure projects. With its exceptional adhesion, flexibility, and weather resistance, Geocell ensures a reliable and durable seal that protects against moisture, air infiltration, and potential damage. By choosing Geocell, construction professionals can enhance the integrity and longevity of their projects, sealing the path to success with confidence.

FREQUENTLY ASKED QUESTIONS

Does Geocell work?

Yes, Geocells are highly effective and widely used in construction and environmental engineering projects for soil stabilization, erosion control, and load distribution. Their performance depends on proper design, material selection, and installation. Here’s how geocells work and why they are effective:

How Geocells Work

Cellular Confinement: Geocells create a honeycomb-like structure that confines the fill material (soil, gravel, or concrete) within its cells, preventing lateral movement and erosion.
Load Distribution: They evenly distribute vertical loads over a larger area, reducing pressure on weak or soft soils.
Improved Soil Stability: By restricting soil movement, geocells enhance the load-bearing capacity and reduce settlement or deformation.

Why Geocells Work Effectively

Versatile Applications: Used in roads, slopes, embankments, and shoreline protection.
Durability: Made from high-density polyethylene (HDPE) or similar materials, geocells are resistant to UV rays, chemicals, and weathering.
Cost Efficiency: They reduce the need for expensive fill materials by allowing the use of locally available or recycled materials.
Sustainability: Geocells are eco-friendly and can support vegetation, making them suitable for green infrastructure projects.

With proper design and installation, geocells deliver excellent performance in stabilizing soils, reducing erosion, and supporting heavy loads. They are a proven solution for challenging geotechnical conditions.

How to install Geocell?

Geocell Installation Steps

Site Preparation: Clear the area of vegetation and debris, level and compact the soil base, and install geotextile if needed.
Set Up Geocell: Place the geocell on the prepared surface, fully expand it, and ensure no overlaps. Secure the edges and center with stakes or pins.
Fill the Geocell: Fill the cells with soil, gravel, sand, or concrete until full and level. Compact the fill material for stability.
Finishing: Add a top layer (optional), such as asphalt or concrete for roads. Inspect to ensure all cells are properly filled and stabilized.

Proper installation ensures geocells perform effectively for soil stabilization and erosion control.

What is HDPE Geocell?

HDPE Geocell is a geosynthetic material made from high-density polyethylene, designed for soil stabilization, erosion control, and load support. Its honeycomb structure confines fill materials like soil, gravel, or concrete, preventing lateral movement and evenly distributing loads. Durable and resistant to UV rays, chemicals, and weather changes, HDPE geocells are used in road construction, slope protection, retaining walls, and channel lining. They are lightweight, eco-friendly, and cost-effective, making them ideal for various geotechnical projects.

What do you fill Geocell with?

Geocells can be filled with a variety of materials depending on the application and project requirements. Common fill materials include:

Soil: Ideal for slope stabilization, vegetated retaining walls, and erosion control projects.
Gravel or Crushed Stone: Used for load support in roadways, parking lots, and pathways.
Sand: Suitable for drainage systems or areas requiring a permeable layer.
Concrete: Provides a rigid and durable surface for industrial pavements, retaining walls, and channel linings.
Recycled Materials: Such as crushed recycled concrete or asphalt, for cost-effective and sustainable solutions.

The choice of fill material depends on the geocell application, site conditions, and desired performance characteristics.

What is the maximum slope for Geocell?

The maximum slope for Geocell installation typically ranges from 45 to 60 degrees, depending on factors such as the type of Geocell, the fill material, and site-specific conditions. Here’s a breakdown:

Factors Influencing Maximum Slope

Geocell Type: High-quality geocells with robust material and higher wall heights can stabilize steeper slopes.
Fill Material: Using heavier or well-compacted materials like gravel or concrete allows for steeper slopes compared to lighter soils.
Reinforcement: Additional anchoring systems or geotextiles can enhance the geocell’s stability on steeper inclines.
Vegetation: Vegetated geocell systems on slopes above 45 degrees often require specific designs to prevent soil washout.

For slopes steeper than 60 degrees, advanced engineering and proper anchoring systems are necessary, and geocells may be combined with other stabilization techniques, such as retaining walls or geogrids. Always consult geotechnical experts and manufacturers for specific project requirements.

When do we use Geocell?

Geocell are used in construction and environmental projects where soil stabilization, erosion control, or load distribution is required. They are particularly beneficial for reinforcing weak soils, stabilizing slopes, and preventing soil erosion on embankments, hillsides, or riverbanks. Commonly applied in road construction, retaining walls, and flood control, geocells evenly distribute loads, reduce subsidence, and improve structural stability. They are also used in eco-friendly projects like vegetated surfaces and shoreline protection, offering durability, cost-effectiveness, and environmental benefits.

What are the main Geocell Function?

Geocell technology serves various functions that make it a valuable tool in different sectors, primarily in civil engineering and environmental conservation. Here are the main functions of Geocell:

Soil Stabilization: Geocell enhance the load distribution over a large area and stabilize the soil. This is crucial in construction projects, especially on soft or unstable ground. They act as a protective layer, preventing the soil from shifting under weight and ensuring the stability of structures built upon it.
Erosion Control: Geocells are used extensively in erosion control, particularly on slopes and embankments. The cell structure holds the soil in place, preventing it from being washed away by water or blown away by wind. This makes them an ideal solution for protecting landscapes from the destructive effects of erosion.
Slope Protection: In hilly or mountainous regions, landslides are a common concern. Geocells are used to create a stable surface on slopes, minimizing the risk of landslides and ensuring the safety of nearby structures and roads.
Load Support: The use of Geocell in load support applications such as roadways, parking lots, and airport runways is another key function. The cellular confinement system improves the performance of both paved and unpaved surfaces by increasing their load capacity and reducing the thickness of the materials required.
Channel Protection: Geocells also offer a solution for protecting channels against erosion and washouts. They can be used to line channels, ditches, or canals to prevent the loss of material and maintain the channel’s functionality.
Tree Root Protection: In urban environments, Geocells are used to protect tree roots from compaction damage caused by foot traffic or vehicles, promoting healthier tree growth while maintaining pedestrian accessibility.

Why use Geocell?

Geocells are widely used in civil engineering and environmental projects due to their ability to provide effective soil stabilization, erosion control, and load distribution. These cellular confinement systems reinforce weak or loose soils by confining them within their honeycomb structure, enhancing load-bearing capacity and preventing displacement. Geocells are particularly beneficial in projects like road construction, slope protection, and embankment stabilization, where they evenly distribute loads and reduce pressure on the underlying subgrade. Additionally, they offer significant environmental advantages by allowing the use of locally available or recycled fill materials, minimizing the need for imported aggregates and reducing project costs. Durable and adaptable, geocells conform to irregular or sloped terrains, providing long-lasting solutions for applications such as retaining walls, shoreline protection, and vegetated surfaces. Their ability to integrate with green infrastructure projects makes geocells an eco-friendly choice for sustainable construction practices.

What is the disadvantage of Geocell?

While geocells are highly effective for many applications, they have certain disadvantages that should be considered:

High Initial Cost: Geocells can be more expensive than traditional soil stabilization methods, especially if imported or made from specialized materials.
Complex Installation: Proper installation requires skilled labor and specific techniques. Incorrect installation can compromise performance and lead to structural issues.
Time-Consuming: The process of preparing the site, laying geocells, and filling them with appropriate material can take longer compared to simpler methods.
Material Limitations: Some geocells are sensitive to UV exposure, extreme temperatures, or chemicals, which may affect their durability if not properly selected for the environment.
Maintenance Requirements: In areas with heavy vegetation growth or frequent flooding, geocells may require periodic maintenance to ensure their effectiveness.
Dependency on Infill Material: The performance of geocells largely depends on the quality and type of infill material used. Poor-quality infill may reduce their effectiveness.
Limited Aesthetic Appeal: Geocells may not be visually appealing for certain projects unless covered with vegetation or designed for aesthetic integration.

Despite these disadvantages, geocells are often chosen for their long-term benefits, such as durability and environmental sustainability, making them suitable for critical and large-scale infrastructure projects.

Can you fill Geocell with concrete?

Yes, Geocells can be filled with concrete, and this is a common practice in applications requiring enhanced strength and durability. Concrete-filled geocells provide a rigid, stable structure ideal for heavy load-bearing areas such as industrial pavements, retaining walls, and parking lots. They are also used in channel lining, slope stabilization, and shoreline protection to prevent erosion and withstand high-impact forces. By combining the confinement properties of geocells with the strength of concrete, this solution offers long-term stability and resistance to weathering, chemicals, and mechanical stress. However, it requires careful installation, curing, and consideration of the increased weight and cost compared to other fill materials.