As global infrastructure projects continue to expand, the demand for durable and cost-effective drainage solutions is increasing rapidly. Our Corrugated Steel Pipe Roll Forming Machine is specifically designed to manufacture high-quality Corrugated Steel Pipes (CSP), Corrugated Metal Pipes (CMP), and spiral corrugated culvert pipes for highway drainage, railway construction, municipal stormwater systems, and agricultural irrigation. By converting galvanized steel coils into precision spiral pipes with a secure double-lock seam, this corrugated culvert pipe machine delivers continuous production, high efficiency, and outstanding forming accuracy.
Compared with traditional concrete culverts, corrugated steel pipes are lighter, stronger, easier to transport, and significantly faster to install. As a result, contractors can shorten project schedules while reducing overall construction costs.

High-Efficiency Corrugated Steel Pipe Production Process
Our spiral corrugated steel pipe production line integrates every manufacturing stage into one automated workflow, ensuring stable production and consistent product quality.



Production Process:
Loading Coil Car → Hydraulic Uncoiler → Guiding Device → Feeder → Leveling Machine → Roll Forming → Hydraulic Press → Spiral Curving → Hydraulic Cutting → Automatic Stacker → Packing
Furthermore, the PLC control system allows operators to easily adjust pipe length, production speed, and forming parameters. This intelligent automation minimizes manual intervention while maximizing production efficiency for large-volume manufacturing.


Applications of Corrugated Steel Pipes
Finished Corrugated Steel Pipes are widely used across civil engineering and infrastructure construction because of their excellent load-bearing performance and long service life.
For transportation infrastructure, corrugated culvert pipes are commonly installed beneath highways, railways, airports, and industrial roads to provide efficient stormwater drainage while protecting the road foundation.
In municipal engineering, Corrugated Metal Pipes (CMP) serve as storm sewers, drainage channels, sewage systems, and underground utility corridors. Their corrosion resistance and flexible structure make them highly reliable in demanding underground environments.
Agricultural projects also benefit from spiral corrugated steel pipes, which are extensively used for irrigation systems, water diversion channels, and flood control works. Meanwhile, bridge construction companies use these pipes as culverts, bridge rehabilitation liners, pile liners, and concrete column formwork to improve construction efficiency while reducing overall project costs.
Because of their outstanding structural performance, corrugated steel drainage pipes have become one of the preferred solutions for modern infrastructure projects worldwide.


Technical Specifications of the Corrugated Culvert Pipe Machine
The corrugated steel pipe manufacturing machine is engineered for reliable, continuous production of spiral drainage pipes with excellent dimensional accuracy.
| Parameter | Specification |
|---|---|
| Pipe Diameter | 1000–6000 mm |
| Pipe Length | 1–12 m |
| Raw Material | Galvanized Steel Strip |
| Material Thickness | 2.0–3.0 mm |
| Steel Coil Width | 300 mm |
| Production Speed | 1–35 m/min (Adjustable) |
| Spiral Pitch | 230 mm |
| Lock Seam | Double Lock Seam |
| Main Motor Power | Approx. 33 kW |
| Machine Size | 3900 × 1600 × 1400 mm |
In addition, the production line can be customized to manufacture different corrugation profiles, pipe diameters, and steel thicknesses, meeting various engineering standards including AASHTO M36 and JTT 791-2010.

Why Choose Our Corrugated Steel Pipe Roll Forming Machine?
The Corrugated Steel Pipe Roll Forming Machine combines advanced roll forming technology with intelligent automation to help manufacturers improve productivity and reduce operating costs.
First, the corrugated profile greatly enhances the pipe’s structural strength. Instead of concentrating loads on a single point, the corrugations distribute pressure evenly into the surrounding soil. Consequently, Corrugated Steel Pipes (CSP) can withstand heavy traffic loads, deep burial conditions, and ground settlement without cracking or deformation.
Moreover, galvanized steel provides excellent corrosion resistance. When combined with optional hot-dip galvanizing, bitumen coating, or epoxy coating, the finished pipes can achieve a service life of more than 80 years, significantly lowering long-term maintenance costs.
Another important advantage is the lightweight structure. Since spiral corrugated steel pipes weigh much less than concrete alternatives, transportation, lifting, and installation become faster and more economical. Therefore, contractors can complete projects in less time while reducing equipment and labor expenses.
Additionally, our corrugated pipe production line supports flexible customization. Customers can select different pipe diameters, corrugation profiles, and production capacities according to specific project requirements, making the machine suitable for both standard and customized manufacturing.

Complete Corrugated Steel Pipe Production Solution
As a professional manufacturer of Corrugated Steel Pipe Roll Forming Machines, we provide complete turnkey production solutions tailored to your business requirements. From machine design and manufacturing to installation, commissioning, operator training, and after-sales support, our experienced engineering team ensures your production line operates efficiently from the very first day.
Whether you plan to manufacture spiral corrugated culvert pipes, corrugated metal drainage pipes, CSP, or CMP for highway construction, municipal drainage, bridge engineering, or agricultural irrigation, our Corrugated Steel Pipe Production Line delivers high productivity, stable quality, and long-term reliability.
By investing in our Corrugated Steel Pipe Roll Forming Machine, manufacturers can increase production capacity, reduce manufacturing costs, and produce premium-quality drainage pipes that meet international standards while remaining competitive in the global infrastructure market.
















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