Geodrain

• Efficient Drainage Performance

Maruti Geodrain™ provides high water flow capacity through its structured drainage core, allowing rapid removal of subsurface water. This reduces hydrostatic pressure on structures such as retaining walls, foundations, and basement walls, preventing structural damage caused by water accumulation.

• Lightweight and Easy Installation

Compared to conventional gravel drainage systems, Maruti Geodrain™ is significantly lighter and easier to handle. The product is supplied in roll form and can be quickly installed over large areas with minimal labor and equipment.

This results in faster project completion and lower installation costs.

• Space-Saving Design

The slim profile of Geodrain™ makes it ideal for installations in confined spaces where traditional drainage layers would be impractical.

Typical applications include:

• Basement waterproofing systems
• Retaining wall drainage
• Podium deck drainage
• Tunnel linings

The thin drainage layer provides the same or better performance as thick gravel layers.

• Long-Term Clog Resistance

The nonwoven geotextile filter fabric prevents fine soil particles from entering the drainage core. This ensures that the drainage channels remain open and functional over the entire service life of the system.

• Sustainable and Environmentally Friendly

By replacing conventional gravel drainage layers, Geodrain™ significantly reduces the need for natural aggregates. This reduces environmental impact associated with quarrying and transportation of bulk materials.

• Versatile Applications

Maruti Geodrain™ can be installed in both vertical and horizontal orientations, making it suitable for a wide range of geotechnical and structural drainage applications.

• Chemical and Biological Resistance

Manufactured using high-quality polymers, the drainage core and geotextile filter provide excellent resistance to:

• Soil chemicals
• Organic substances
• Microbial attack
• Biological degradation

This ensures long-term durability even in aggressive soil conditions.

• Extended Service Life

The system is designed for long-term performance in demanding environments. The durable polymeric materials maintain structural stability and hydraulic efficiency over extended service periods.

• Reduced Construction Disturbance

Installation of Geodrain™ requires significantly less excavation compared to gravel drains. This reduces site disruption, construction waste, and material handling.

• Improved Structural Protection

By efficiently removing water from soil layers, Geodrain™ protects infrastructure components such as foundations, retaining walls, and embankments from water-related deterioration.

Maruti Geodrain™ is widely used across multiple infrastructure sectors where reliable subsurface drainage is required.

• Retaining Walls and Basement Waterproofing – Installed behind retaining walls and basement structures to prevent water buildup and reduce hydrostatic pressure.

• Landfills and Waste Containment Systems – Used in landfill drainage layers and leachate management systems to safely collect and transport liquids.

• Road and Railway Infrastructure – Installed within embankments and pavement structures to improve drainage and maintain soil stability.

• Tunnels and Bridge Abutments – Provides drainage behind tunnel linings and bridge abutments to prevent water accumulation and structural deterioration.

• Roof Gardens and Podium Decks – Used in green roofs and podium landscaping systems to ensure efficient water drainage while supporting vegetation layers.

• Sports Fields and Golf Courses – Maintains proper soil moisture balance and prevents waterlogging in turf and recreational surfaces.

Maruti Geodrain™ functions through an integrated multi-layer geocomposite design, where each component contributes to overall system performance.

• Three-Dimensional Polymeric Drainage Core

The core of the system consists of a structured HDPE or polymeric drainage matrix with a three-dimensional profile. This core creates continuous flow channels that allow water to move freely in horizontal or vertical directions.

The core is engineered to maintain its shape and transmissivity even under significant soil loads, ensuring uninterrupted water flow.

• Nonwoven Geotextile Filter Layer

The drainage core is bonded to a high-permeability nonwoven geotextile filter fabric. This filter layer allows water to pass through easily while retaining soil particles and preventing clogging.

This filtration function is critical in maintaining the long-term drainage capacity of the system.

• Integrated Geocomposite Design

The bonding of the drainage core and geotextile filter creates a single composite product that simplifies installation and improves durability. The integrated structure ensures proper alignment between filtration and drainage layers.

Together, these components form a system capable of efficiently collecting groundwater and directing it away from structural elements.

Maruti Geodrain™ is available in multiple configurations to meet varying project requirements and drainage capacities.

• Geodrain 5
  5 mm thick drainage system designed for light to moderate drainage applications where space constraints exist.
• Geodrain 8
  8 mm thick drainage system offering improved water flow capacity for general civil and landscaping drainage applications.
• Geodrain 10
  10 mm thick system designed for higher drainage requirements and deeper installations.
• Geodrain HD (Heavy Duty)
  Specially engineered for high-load environments such as infrastructure projects, landfills, and heavy retaining structures.

Each variant provides different drainage capacity, compressive strength, and flow characteristics depending on project needs.

*Customizations available. Please contact us to know further.