Floor Deck Roll Forming Machine

The Floor Deck Roll Forming Machine is engineered for the continuous production of YX50-1000 steel floor decking panels, widely used in high-rise buildings, industrial plants, airports, bridges, and commercial construction. With stable forming performance, accurate punching, and high structural strength, this production line is built to support long-term, heavy-duty factory operations.

Designed for steel structure contractors, decking sheet suppliers, building material factories, prefab construction companies, and large engineering contractors, the machine ensures consistent quality, high output, and flexible customization for different project requirements.

 High Structural Strength Performance
The production line can manufacture composite floor decking with excellent load-bearing capacity, making it particularly suitable for floor systems in multi-story and high-rise buildings. Through optimized cross-sectional design, the finished product can withstand construction loads before concrete compositing, effectively reducing the need for temporary supports. Standard products allow for uniformly distributed loads exceeding 8 kN/m².

 High-Stability Forming Process
Utilizing full-gear synchronous transmission technology, all forming roller sets are rigidly connected through hardened gearboxes, ensuring that cross-sectional geometric accuracy deviation does not exceed ±0.5 mm during continuous production. The temperature-controlled lubrication system maintains the gear sets under constant temperature conditions, preventing forming accuracy drift caused by thermal expansion.

 Customizable Deck Profile Configuration
Supports a rib height adjustment range of 30–100 mm, allowing precise matching with concrete pouring thickness requirements. The embossing unit offers a variety of anti-slip pattern options, including diamond, strip, and dot designs. The CNC punching system supports one-time forming of composite hole types, such as embedded part positioning holes and pipeline reservation holes.

 Heavy-Duty Industrial Frame Structure
The overall frame adopts a box-beam welded structure, with key load-bearing areas reinforced using finite element optimization. The flatness of the equipment's foundation installation surface is controlled within 0.2 mm/m. Combined with a shock-absorbing footing system, this ensures stable forming accuracy under daily 20-hour continuous operation conditions.

 Rapid Changeover Production System
Through modular width adjustment mechanisms, effective width conversion between 600 mm and 1,200 mm can be completed within 30 minutes. The punching layout system uses digital preset configurations, allowing operators to adjust punch arrangements simply by calling preset parameters, significantly improving response speed for multi-specification orders.

1.Floor Systems for Multi-Story Commercial Buildings
The composite floor decking produced by this production line is widely used in commercial complexes, office buildings, and hotel projects. With an optimized closed-rib design, the panels can serve as construction platforms before concrete pouring. Their standard load-bearing capacity of 8 kN/m² effectively reduces the need for temporary supports while enhancing the overall stiffness and seismic performance of the floor slabs.

2.Industrial Workshops and Equipment Platforms
Addressing the dual requirements of heavy load-bearing capacity and corrosion resistance in industrial workshops, the equipment can produce reinforced floor decking with galvanized or aluminum-zinc alloy substrates. The unique embossed surface treatment process improves concrete bonding strength by up to 40%, making it suitable for industrial facilities with stringent structural durability requirements, such as chemical plants and power stations.

3.Bridge Deck Reinforcement Projects
In bridge renovation and new construction projects, specialized floor decking can be used as permanent formwork for orthotropic steel bridge decks. Through pre-punched hole designs combined with stud welding, reliable bonding with bridge deck concrete is achieved. This significantly enhances the fatigue resistance and durability of the bridge deck pavement layers, extending maintenance cycles.

4.Prefabricated Steel Building Systems
The standardized floor decking produced by this system integrates quickly with mainstream prefabricated steel structures. The modular interface design supports weld-free connections with steel beams, and when combined with automated installation processes, floor construction efficiency is increased by approximately 35%. This makes it particularly suitable for projects such as warehouses and logistics centers, where construction speed is critical.

5.Large Public Facility Buildings
In large-span spatial structures such as airport terminals and stadiums, the lightweight design of the floor decking (20% lighter than traditional panels) and high fire resistance (with a fire resistance limit of up to 120 minutes) offer significant advantages. Its flexible hole-opening solutions meet the integrated installation requirements of complex mechanical and electrical pipelines.

6.Concrete Composite Structure Applications
Through special surface treatment and closed-rib design, professional floor decking forms a structural composite slab with cast-in-place concrete. This process reduces concrete usage by approximately 15% while improving the vertical stiffness and horizontal load transfer capacity of the floor slab. It provides a reliable solution for projects with special structural performance requirements, such as data centers and laboratories.

Our floor decking samples are produced through a rigorous roll-forming process, featuring clear surface lines, consistent rib heights, and stable load-bearing capacity. Each sample demonstrates the machine's performance in forming precision, panel stability, and structural strength. The surface is treated with galvanized or aluminum-zinc coating, providing excellent corrosion resistance and making it suitable for multi-story buildings, steel structure platforms, and large-scale industrial projects.

Whether using 0.8mm, 1.0mm, or 1.2mm thick materials, the samples maintain uniform hardness and high splicing compatibility. During on-site construction, they lay straight and resist deformation effectively. For projects requiring concrete composite floor slab structures, the formed grooves and reinforcement ribs significantly enhance bonding performance, providing reliable load-bearing support for the project.

Q1: Can the machine produce different decking profiles?
Yes. We customize molds and punching systems based on your drawing or national standards.

Q2: What is the usual delivery time?
30–45 days depending on profile complexity and punching requirements.

Q3: Do you offer on-site installation?
Yes, our engineers provide on-site installation, commissioning, and operator training.

Q4: What coil thickness is recommended for high-rise buildings?
Typically 1.0–1.2 mm for standard floors, 1.2–1.5 mm for heavy-load structures.

Q5: Can the machine integrate with a decking production line?
Yes. Optional stackers, punching dies, and automated packaging units can be added.

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