Galvanized floor decking machine

Galvanized floor decking machine

1. Forming method: Generally, there are roll forming, cold bending forming, etc. Different forming methods will affect the forming quality and production efficiency of the floor decking. For example, roll forming can be continuously produced with high efficiency and can ensure good forming accuracy; cold bending forming is suitable for processing floor decking of some special shapes or materials.
2. Forming speed: Usually expressed in meters per minute, it is an important indicator to measure the production efficiency of the floor decking machine. The faster the forming speed, the more floor decking can be produced per unit time. However, the forming speed will also be affected by factors such as sheet material, thickness, and equipment performance. For example, for thinner sheets, the forming speed can be relatively faster; while for thicker or harder materials, in order to ensure forming quality, the forming speed may need to be appropriately reduced.
3. Sheet thickness: Refers to the thickness range of sheets that the floor decking machine can process. Common thickness specifications are 0.8mm, 1.0mm, 1.2mm, 1.5mm, etc. Different models of floor decking machines may support different thickness ranges. When choosing, it is necessary to determine the required sheet thickness according to the actual engineering needs to ensure that the floor decking machine can meet the processing requirements.
4. Sheet width: Indicates the maximum width of sheets that the floor decking machine can process. Common widths are 600mm, 720mm, 762mm, 915mm, 1025mm, 1250mm, etc. Generally speaking, the width of floor decking should be selected according to the span and design requirements of the building structure, and at the same time, the processing capacity of the floor decking machine should also be considered.
5. Wave height and wave pitch: Wave height refers to the height of the wavy shape on the floor decking, and wave pitch refers to the distance between two adjacent waves. Different floor decking models have different wave heights and wave pitches. These parameters will affect the bearing capacity, stiffness, and appearance effect of the floor decking. For example, floor decking with a larger wave height and a smaller wave pitch has relatively stronger bearing capacity, but may increase the amount of materials used; while floor decking with a smaller wave height and a larger wave pitch may be more suitable for buildings with requirements for floor net height.
6. Effective coverage area: Refers to the actual covered area of the floor decking after installation. The larger the effective coverage area, the fewer floor decking pieces are required under the same building area, thereby reducing construction costs and workload. The effective coverage area is usually related to parameters such as the width, wave height, and wave pitch of the floor decking.
7. Equipment power: Includes the power of the main engine and the power of other auxiliary equipment (such as hydraulic cutting devices). The power of the main engine determines the driving ability and operational stability of the floor decking machine. The greater the power, the greater the thickness and width of sheets that the equipment can handle. The power of auxiliary equipment should be determined according to its specific functions and work requirements.
8. Equipment weight: Reflects the structural strength and stability of the floor decking machine. Generally speaking, a floor decking machine with a larger equipment weight may be more stable during operation, but it will also bring certain challenges to installation and transportation. Equipment weight is usually related to factors such as the size, material, and components used in the equipment.
9. Control system: An advanced control system can realize precise control and automated operation of the floor decking machine, improving production efficiency and product quality. Common control systems include PLC control, computer control, etc. The control system should have functions such as parameter setting, fault diagnosis, and automatic alarm to facilitate the operator to use and maintain the equipment.
10. Forming passes: Refers to the number of rollers or processing steps that the sheet passes through during the forming process. The more forming passes, the better the forming effect of the sheet may be, but it will also increase the complexity and production cost of the equipment. Generally, small floor decking machines may have fewer forming passes, while large-scale, high-precision floor decking machines may have more forming passes.
11. Fixed-length accuracy: Indicates the dimensional accuracy of the floor decking machine when cutting or fixed-length processing. The higher the fixed-length accuracy, the more accurate the length or width dimension of the produced floor decking will be, which can better meet the requirements of building construction. Fixed-length accuracy is usually affected by factors such as the mechanical structure, control system, and measuring device of the equipment.
12. Roller material: High-quality rollers are usually made of alloy steel or other wear-resistant materials to ensure long service life and stable forming quality. The surface treatment of rollers is also very important. For example, chrome plating, quenching, and other treatments can improve the hardness, wear resistance, and corrosion resistance of rollers and reduce scratches on the sheet surface.