Person: XN DUAN
E-mail: yuankuoduan@gmail.com
WhatsApp/Wechat: +86 15130724685
Add: Zhenggang road, Industrial development zone, Botou city, Hebei province China.
Xinnuo Floor Deck Forming Machine – Strong Foundations for Modern Structures
In the modern construction industry, building efficiency and reliability have become two of the most crucial demands. To answer these requirements, Xinnuo presents its Floor Deck Forming Machine, a high-performance solution designed to manufacture metal deck sheets with outstanding load-bearing capacity and bonding strength. These sheets are essential in concrete floor systems, making them indispensable in high-rise projects, commercial buildings, and large-scale industrial facilities.





Purpose and Functionality
The primary role of the machine is to transform galvanized steel or cold-rolled coils into floor deck profiles that serve as permanent formwork during concrete pouring. Once combined with reinforced concrete, these deck sheets provide structural strength, reduce construction time, and minimize the need for additional support. This makes them not only a practical choice but also a cost-effective solution in large construction projects.
Advanced Design and Build
The Xinnuo Floor Deck Forming Machine is constructed with a robust steel frame and incorporates precision-engineered roller stations. Each roller is made from high-grade alloy steel, heat-treated, and polished to ensure long service life and accurate forming. The transmission system is designed for stability, minimizing vibration and ensuring consistent sheet dimensions. In addition, the machine’s modular construction allows for easy customization based on specific deck designs or regional standards.
Production Process
The workflow begins with a decoiler feeding steel coils into the forming stations. As the material progresses through the rollers, it is gradually shaped into a high-strength floor deck profile. A hydraulic cutting system, synchronized with the PLC control unit, ensures that each sheet is cut precisely to the required length. The fully automated control system allows operators to adjust parameters easily, ensuring accuracy and reducing downtime.
Efficiency and Automation
One of the key strengths of the Xinnuo Floor Deck Forming Machine is its automation. With a production capacity of up to 15 meters per minute, it is capable of meeting the needs of large construction projects without compromising quality. The integration of advanced PLC control, user-friendly interface, and synchronized operations between the decoiler, roll former, and cutter guarantees efficient production and high output.
Applications and Advantages
Floor deck sheets produced by this machine are widely used in multi-story buildings, bridges, factories, and commercial structures. They reduce the need for temporary formwork, save construction costs, and improve the overall structural strength of concrete slabs. Their corrugated design enhances bonding with concrete, while their high load-bearing capacity provides safety and durability over the long term.
Safety and Maintenance
Xinnuo prioritizes safety and operator comfort. The machine is equipped with emergency stop controls, protective covers, and reliable electrical systems. Maintenance is simple, with easily accessible components and wear-resistant rollers that minimize replacement frequency.
Why Xinnuo
With years of experience in roll forming technology, Xinnuo combines innovation with proven engineering. Every Floor Deck Forming Machine undergoes strict quality testing before delivery, ensuring customers receive reliable, durable, and efficient equipment. In addition, Xinnuo offers professional technical support, training, and after-sales services tailored to customer needs.
Conclusion
The Xinnuo Floor Deck Forming Machine is more than a piece of equipment—it is a strategic solution that enables faster, safer, and more cost-efficient construction. Built with precision and engineered for performance, it helps modern builders lay strong foundations and achieve lasting success in every project.