Toughstrap

Maruti Toughstrap is specifically designed for reinforced soil structures that require high tensile strength and long-term durability.

Tall Mechanically Stabilized Earth (MSE) Retaining Walls

Toughstrap reinforcement strips are widely used in MSE retaining wall systems constructed with precast concrete panels or modular block facings. The strips connect directly to the facing panels, forming a reinforced soil mass capable of supporting large earth pressures.

Bridge Abutments and Wing Walls

Toughstrap systems are commonly used for bridge abutment support structures, where they provide the necessary reinforcement to stabilize the soil mass supporting bridge loads.

Steep Slope Stabilization

Reinforcement strips can be installed within soil layers to stabilize steep slopes and prevent slope failure caused by erosion or soil displacement.

Back-to-Back Retaining Wall Systems

In constrained urban environments where space is limited, Toughstrap reinforcement allows the construction of back-to-back reinforced earth walls with minimal footprint.

Load-Bearing Reinforced Soil Structures

The system is suitable for constructing reinforced embankments, load-bearing soil platforms, and other structural earth systems used in urban infrastructure projects.

Aggressive Environmental Conditions

Due to its protective polymer sheath and polyester core, Maruti Toughstrap performs reliably in challenging environments such as:

• Landfills and waste containment facilities
• Industrial areas with chemical exposure
• Marine and coastal environments
• High-moisture soil conditions

Maruti Toughstrap is designed as a multi-component reinforcement system, where each layer contributes to its mechanical performance and durability.

Polyester Reinforcement Core

The core component consists of high-tenacity polyester (PET) yarn tendons, which are aligned in the longitudinal direction to provide high tensile resistance. Polyester is widely recognized in geotechnical engineering for its excellent tensile properties, low creep behavior, and long-term dimensional stability.

These yarn tendons are responsible for carrying the primary tensile loads generated within reinforced soil structures.

Polymer Encapsulation Layer

The polyester yarn tendons are embedded within a polymer matrix that holds them in position and ensures uniform load transfer across the reinforcement strip.

Protective Polymer Sheath

The entire reinforcement strip is encased in a protective polymer sheath, usually made of polyethylene (PE) or polypropylene (PP). This sheath provides several important protective functions:

• Prevents moisture penetration
• Protects the polyester core from mechanical damage during installation
• Shields the reinforcement from chemical exposure in soils
• Prevents biological degradation caused by microorganisms
• Improves abrasion resistance

This multi-layer construction ensures that Maruti Toughstrap maintains its mechanical performance over long service periods in diverse soil environments.