Identify the intended deck function
State whether the panel is form deck, composite floor deck or roof deck. Include the relevant section drawing so the equipment discussion starts with the intended finished product.
Start with the deck section your project requires. Define the steel grade, thickness, side lap and any embossing detail before selecting equipment for profiled steel deck production.
State whether the panel is form deck, composite floor deck or roof deck. Include the relevant section drawing so the equipment discussion starts with the intended finished product.
The rib profile is only part of the section. Include the side-lap shape and any specified embossing or other features in the drawing used to define the tooling.
Provide the steel grade and thickness together with coil sizes and cut lengths. Include the space needed to collect and handle the finished panels when describing the production area.
Specify the intended deck function, side lap and any required surface features.
State the steel grade and coating. If available, identify yield strength and tensile strength separately, in MPa. Record base metal thickness (BMT) and the coating specification. Label total coated thickness (TCT) clearly; it does not replace BMT for structural design.
Effective cover width is the installed coverage after the side lap is engaged. Overall formed width is the physical panel width. Input coil width is a separate flat-strip measurement.
These are the production inputs to specify. The confirmed machine specification is prepared against your requirements.
| Parameter | Unit or format | What to specify |
|---|---|---|
| Deck function and drawing | Deck type; dimensioned drawing | Intended deck system, complete section and drawing revision. |
| Section geometry | mm | Effective cover width, rib depth, pitch and bend details. |
| Material and strength | Steel grade; yield / tensile strength (MPa) | State the steel grade. If available, identify yield strength and tensile strength separately in MPa. |
| Thickness and coating | mm; BMT/TCT; coating specification | Thickness range, measurement basis and surface coating. |
| Side lap | Dimensioned detail | Required edge geometry and mating arrangement. |
| Embossing or other features | Drawing detail, if required | Position, pattern and dimensions specified by the deck design. |
| Coil size | mm; metric tonnes | Feed width, coil diameters and maximum coil mass. |
| Panel lengths and output | m; m/shift or pieces/shift | Cut lengths, typical batch sizes and required quantity. Give hours per shift, common cut lengths and expected coil or profile changes. |
| Electrical supply | V / Hz / phase | Available site supply. |
| Production area | m; layout sketch | Coil-loading route, forming area and finished-panel handling space. |
Agree the profile tooling, any specified embossing operation, cutting method, drive, controls, installed power and included handling equipment against the material and section drawing. The machine specification and the deck system’s structural design are separate documents.
The section drawing defines what the machine must produce. Loads, spans and the completed floor system require their own engineering design.
Include any required embossing pattern, position and dimensions in the drawing used to specify the equipment.
They serve different functions. For an equipment enquiry, identify the intended deck system and supply its section drawing instead of relying on the general term “metal sheet.”
The required surface features follow the intended deck design. Include the specified embossing pattern, if any, in the drawing so it can be considered with the forming operation.
No. Loads, spans and the performance of the completed floor system require the relevant structural design. The equipment specification describes how the specified steel section is to be produced.
Installation and commissioning are arranged by the buyer. Include your local power supply and available workspace in the enquiry.