Indovia
NETWORK RAIL ACCEPTED

Rubber Edge Beams

A lightweight, high-performance alternative to conventional concrete systems, engineered using 100% recycled tyre rubber with advanced cold-cure technology—along with specialised steel and polymer options precision-designed for demanding rail applications across India.

  • Significant weight reduction vs concrete
  • 100% recycled tyre rubber
  • Cold cure bonding technology
  • Compatible with all crossing systems
Rubber Edge Beam showing same profile as concrete alternatives

Rubber Edge Beams - Our Recommended Solution

Rubber edge beam installation detail Rubber edge beam showing drainage channels Rubber edge beam construction detail

Lightweight Innovation

Indovia Rail’s rubber edge beams deliver a robust, lightweight solution that outperforms traditional concrete alternatives. Crafted from 100% recycled tyre rubber and engineered using advanced cold-cure technology, these beams provide substantial weight reductions while preserving outstanding structural strength and long-term durability across India’s rail infrastructure.

Featuring integrated drainage channels, a non-spalling construction, and strategically engineered lifting points, Indovia Rail’s rubber edge beams provide superior crossing support, strengthened sustainability performance, and significantly reduced transport and installation costs across India’s rail network.

Key Advantages:

With rapid-fit installation capability, nationwide compatibility across all crossing systems, and proven performance validated for India’s demanding rail environments, Indovia Rail’s rubber edge beams have become the preferred choice for a wide range of applications.

Weight Comparison

Traditional Concrete
Heavy
Difficult handling, high transport costs
Rubber Edge Beams
Lightweight
Easy handling, reduced transport costs

Significant weight reduction for easier installation and lower logistics costs

Material Options for Every Application

Rubber Edge Beams

Our signature innovation uniting sustainability, high performance, and cost efficiency. Engineered from 100% recycled tyre rubber and strengthened using advanced cold-cure bonding technology.

  • 100% recycled tyre rubber
  • Cold cure bonding technology
  • Significant weight reduction
  • Network Rail accepted
  • Integrated drainage channels
  • Non-spalling design
  • Quick-fit installation
  • Extended service life

Steel Edge Beams

Engineered for exceptional durability and strength in high-traffic zones where reliability is essential. Purpose-built to perform under the toughest and most demanding rail conditions.

  • Maximum durability
  • High-traffic applications
  • Extreme strength
  • Long-term stability
  • Minimal wear

Plastic Edge Beams

A lightweight, corrosion-resistant solution ideal for installations that demand effortless handling and fast on-site deployment, ensuring maximum efficiency across critical rail environments.

  • Lightweight design
  • Corrosion resistant
  • Easy handling
  • Rapid deployment
  • Weather resistant

Why Choose Our Edge Beams?

Sustainable Materials

Indovia Rail’s rubber edge beams are engineered from 100% recycled tyre rubber, delivering enhanced sustainability performance and meaningful environmental advantages for modern rail networks.

Quick Installation

Rapid-fit installation design with precision lifting points significantly cuts installation time and lowers overall labour expenses, boosting efficiency across rail projects.

Enhanced Durability

A non-spalling structural design eliminates cracking and preserves long-term integrity, ensuring consistent performance and reliability throughout its extended service life.

Reduced Transport Costs

Major weight savings compared to traditional concrete solutions minimise transport expenses and allow faster, safer, and more efficient handling during on-site installation.

Integrated Drainage

Integrated drainage channels eliminate water build-up and significantly reduce ongoing maintenance demands, ensuring long-term reliability and cleaner track environments.

Universal Compatibility

Fully compatible with all major crossing systems and supplied in a 1.8-metre standard length, enabling flexible installation options for diverse rail project requirements.

Technical Specifications

Indovia Rail’s edge beam systems are purpose-engineered to deliver optimal crossing support while minimising installation complexity and long-term operational costs. Our rubber edge beams stand as a premium solution, uniting environmental responsibility with exceptional performance.

Steel and polymer-based variants are offered for specialised applications requiring unique material characteristics, although Indovia Rail recommends rubber edge beams for most installations due to their broad performance advantages.

Rubber Edge Beam Specifications
Material Composition 100% recycled tyre rubber
Bonding Technology Cold cure bonding technology
Lifting Points Strategic lifting points
Standard Length 1.8-metre standard length
Approval Status Network Rail acceptance
System Compatibility Compatible with all crossing systems
Drainage Features Integrated drainage channels
Design Type Non-spalling design
Installation Method Quick-fit installation system

Application Recommendations

Standard Installations

Rubber edge beams recommended for most applications due to sustainability, weight reduction, and comprehensive performance benefits.

Heavy-Duty Requirements

Steel edge beams engineered for extreme load environments and high-traffic zones where uncompromising durability and maximum structural strength are essential.

Rapid Deployment

Polymer edge beams designed for projects demanding rapid deployment, effortless handling, and long-lasting corrosion resistance across diverse operating conditions.

All Crossing Systems

Fully compatible with CONNECT, LINK, TITAN, Baseplate, and Interlocking RRAP systems, delivering seamless integration and comprehensive crossing support across rail projects.

Need the Right Edge Beam Solution?

Explore how Indovia Rail’s rubber edge beams deliver lightweight, sustainable crossing support while offering substantial cost efficiencies and meaningful environmental advantages.