Drainage Solutions

High-performance modular drainage systems engineered from 100% recycled materials

Trough & Stacker System

Two-component system: Trough units (A or B) sit on the drainage ditch floor to channel water, while Stacker units placed on top filter water down into the trough below. Water then flows through the trough to connected catch pits.

Trough & Stacker System in use
176.4 m/hr

Vertical hydraulic conductivity

506k+ Cycles

Fatigue tested load cycles

60+ Years

Design life expectancy

93% Less CO₂

vs concrete systems

Product Specifications

  • Stacker Units Length 500mm (16.8kg), 1000mm (33.6kg), 2000mm (67.2kg) ±10mm
  • Trough A Units (Standard) 1000mm (18.9kg), 2000mm (37.8kg) ±10mm
  • Trough B Units (Large) 1000mm (33kg), 2000mm (66kg) ±10mm
  • Material Composition 90% Recycled Content | Zero Virgin Rubber
  • Operating Temperature -40°C to +80°C

System Performance

  • Flow Rates Large Trough 42.6 l/s @1 in 100
  • Water Permeability 49 l/m²/s
  • Avg. Void Ratio 30-45%
  • Max System Depth Unlimited (modular stacking)
  • Vertical Hydraulic Conductivity 176.4 m/hr
Wrench

Modular Design

Stackable units create custom depths and configurations. Cut on-site to navigate obstacles.

Lightning Bolt

Rapid Installation

Lightweight modules install without heavy machinery. Designed for rapid installation.

Water Drop

Superior Flow

Open structure prevents clogging. Self-cleaning design maintains performance over decades.

Shield

Chemical Resistant

Unaffected by oils, salts, and chemicals. Ideal for highways and industrial applications.

Recycling

Sustainable

Made from end-of-life tyres. Can be recycled or left in-situ at end of service life.

Construction

Load Bearing

Railway and highways load tested (506,000+ cycles). Compressive Creep ISO9967 60 Years 100mm high sample 2.64mm deflection 2.60% strain.

Independently Verified Performance

UKAS

Accredited Testing

Full hydraulic validation

HA104/09

Network Rail Accepted

Trackside drainage approved

DMRB

Highways Compliant

CD 529 & CD 530 standards

Simple Installation Process

1

Excavate

Create trench to required depth and gradient

2

Base Layer

Lay geotextile and base modules

3

Stack & Connect

Build to required height with interlocking units

4

Backfill

Cover with aggregate and restore surface

Ready to revolutionise your drainage?

Our engineering team will design the optimal solution for your project

Drainage Mats

High-capacity surface drainage combining rapid installation with exceptional durability

Drainage Mats installation
49 L/m²/s

Water permeability rate

44kg per m²

50mm thickness

50-100mm Thickness Range

Multiple options available

90% Recycled

Sustainable materials

Physical Properties

  • Standard Sizes 1m × 1m sheets
  • Thickness Options 50, 75, 100mm
  • Material 100% recycled rubber
  • Compression 250 kPa - At Avg. Compressive Stress 0.1 MPa, Strain = 3.3%
  • Material Composition 90% Recycled Rubber
  • Service Temperature -40°C to +80°C

Performance Data

  • Horizontal Flow m² 1 in 200 9.4 l/s (50mm), 14.1 l/s (75mm), 18.8 l/s (100mm)
  • Vertical Flow 49 L/m²/s
  • Freeze-Thaw Resistance 100 cycles tested
  • UV Stability 50+ years
  • Load Distribution Excellent
Rocket

Instant Drainage

Immediate water infiltration prevents surface ponding and ice formation.

Cutting Tool

Easy to Cut

Shape on-site with standard tools. Perfect for complex geometries.

Leaf

Vegetation Compatible

Supports grass growth while maintaining drainage capacity.

Running

Quick Installation

Roll out and secure. No special equipment or expertise required.

Strength

Durable

Maintains performance through decades of freeze-thaw cycles.

Target

Versatile

Ideal for slopes, verges, sports fields, and green infrastructure.

Proven Applications

Railways

Embankment Protection

Prevents erosion & slippage

Highways

Verge Drainage

Manages runoff effectively

Sports

Field Drainage

All-weather playability

Rapid Deployment Process

1

Prepare Surface

Level and compact substrate

2

Roll Out

Position mats with minimal overlap

3

Secure Edges

Pin or anchor as required

4

Cover/Finish

Add topsoil or aggregate as specified

Transform your drainage infrastructure

Discover how drainage mats can solve your surface water challenges with 90% recycled content