Unparalleled Performance for Critical Infrastructure
Corrugated steel plates have emerged as the material of choice for engineers and project managers across global infrastructure developments. These engineered solutions deliver optimal performance in demanding applications including:
Transportation networks (culverts, bridge decks, tunnel linings)
Water management systems (stormwater drainage, flood control channels)
Earth retention structures (retaining walls, slope stabilization)
Key Engineering Benefits
1. Structural Longevity
Our corrugated steel plates are manufactured from high-grade alloys with:
50+ year service life in aggressive environments
Superior resistance to abrasion and impact damage
Optional corrosion protection systems (hot-dip galvanizing, polymer coatings)
2. Exceptional Load Capacity
The patented corrugation profile provides:
40% greater stiffness-to-weight ratio than flat steel plates
HS25 load rating for heavy vehicle traffic
Proven performance in seismic zones
3. Design Flexibility
Available configurations include:
Standard profiles (68×13mm, 76×25mm wave patterns)
Custom geometries for specialized applications
Thickness options from 1.5mm to 12mm
4. Lifecycle Value
60% faster installation than concrete alternatives
30-40% lower total project costs
100% recyclable at end-of-service
Technical Specifications
| Parameter | Specification |
|---|---|
| Material Grades | ASTM A1011, EN 10149, JIS G3141 |
| Corrosion Protection | G90-Z275 galvanizing, 3-layer PE coating |
| Standard Lengths | 3m to 12m (custom lengths available) |
| Temperature Range | -40°C to +120°C operational capability |
Why Global Contractors Choose Our Solutions
✔ Manufacturing Precision – CNC-controlled forming ensures ±1mm dimensional accuracy
✔ Quality Assurance – Full traceability with mill test certificates
✔ Project Support – Engineering consultation and CAD design services
✔ Global Logistics – Containerized shipping to job sites worldwide
Recent Project Spotlight
Our 8mm thick, polymer-coated corrugated plates were selected for the Pan-Asian Highway Project, demonstrating:
18% weight savings versus conventional designs
50% reduction in installation time
Zero maintenance requirements after 5 years of service