N Deck Roll Forming Machine With Hole Punching

The N deck roll forming production line is a specialized solution designed for producing N-deck profiles, which are commonly used in flooring system in the construction industry. This profile is highly valued for their superior strength and load-bearing capacity. Galvanized steel coil is suitable for producing the N deck, with a material thickness ranging from 1.2mm to 1.5mm.

The production line features a series of advanced components, including a decoiler for material feeding, guiding system, and a roll former that precisely shapes the material into the desired N-deck profile. The line includes a hydraulic cutting system with minimal tolerance, ensuring high-quality, accurate cuts. Additionally, an optional hole punching device can be added to the line for punching connection holes on the both ends of the N deck.

This production line is capable of producing up to 20 meters of N deck per minute. It is built with a sturdy steel frame and powered by a high-efficiency motor. The N Deck Roll Forming Production Line is ideal for customers requiring durable, cost-effective flooring and roofing solutions, with the flexibility to adjust production lengths and configurations to meet specific project needs.

Metalign is a trusted manufacturer specializing in cold roll forming machine production and custom roll forming solutions. Located in Botou City, the heart of China’s roll forming industry, we bring over 30 years of combined technical and engineering experience to every project.

Our team is dedicated to designing and building precision roll forming lines tailored to your profile needs — from roofing and purlin lines to shelving, door frames, highway guardrails, and more. We are known for our practical designs, robust structures, and responsive after-sales support.

With a strong reputation in global markets including North America, Europe, Southeast Asia, and the Middle East, Metalign is committed to helping customers improve efficiency, reduce costs, and gain a competitive edge.