Lightweight panels can be placed into position using small cranes. Typically takes 3 – 5 days to install the bridge.
InQuikRail Bridges
How it Works
1
Place abutments & concrete
2
Install barriers & place decks
3
Pour the remaining deck concrete
4
The bridge is now complete!
Pre- Engineered, Pre-Certified and Pre-Fabricated Bridge Components
Fast installation
Easy Transport
Panels are designed to be efficiently stacked and transported in the form of a shipping container.
Certified & Durable
100-years lifetime. Designs satisfy the AS5100 (2017) Australian bridge code requirements for T44 / SM1600 / HLP 320 & 400 load ratings.
Low Maintenance
Minimal maintenance with no deck joints, longitudinal joints, tie-downs or bearings.
Safe and fish-friendly
Construction from above, improving safety and reducing environmental impact. No requirement to erect scaffolds in water.
Pre-Engineered, Pre-Certified and Pre-Fabricated Bridge Components
Fast installation
Lightweight panels can be placed into position using small cranes. Typically takes 3 – 5 days to install the bridge.
Easy to transport
Panels are designed to be efficiently stacked and transported in the form of a shipping container.
Certified & Durable
100-years lifetime. Designs satisfy the AS5100 (2017) Australian bridge code requirements for T44 / SM1600 / HLP 320 & 400 load ratings.
Low Maintenance
Minimal maintenance with no deck joints, longitudinal joints, tie-downs or bearings.
Safe and fish-friendly
Construction from above, improving safety and reducing environmental impact. No requirement to erect scaffolds in water.
InQuikRail Bridge Specifications
Load Rating | 300LA in accordance with AS5100 (2017) |
Span Lengths | Integral up to 15.4m effective span (14.2m clear span)
Single or Multispan |
Bridge Width | 4100mm |
Deck Depth | 1020mm |
Abutment Height | 1200 to 2400mm |
Wing Walls | 45 or 90 degrees |
Support Condition | Fully integral up to 60m, semi-integral, or simply supported |
Download InQuikRail Bridges
Product Catalogue
The InQuik® bridge is a semi-modular system, where the integrated steel formwork and reinforcing components are prefabricated off-site, then completed when concrete is poured on-site to form a single homogeneous mass.
5 MB file size