Fully Automatic Arc Tile Press MachineIt Is The Core Intelligent Equipment For Processing Steel Structure Building Materials, Which Uses Cold Bending And Rolling Technology To Continuously Form Metal Coils Such As Color Steel Plates, Galvanized Plates, Aluminum Magnesium Manganese Plates, Etc. Into Standard Arc Or Arch Shaped Plates. The Equipment Is Welded With H-shaped Steel Heavy-duty Frame And Undergoes Stress Relief Treatment To Ensure Stable Operation Without Deformation. It Is Suitable For Plates With A Thickness Of 0.15-1.5mm And Can Meet Various Engineering Requirements.
The Core Configuration Consists Of A PLC Programmable Control System And A Touch Screen Human-machine Interface, Which Can Set Parameters Such As Curvature, Length, And Speed To Achieve Automatic Cutting, Meter Counting, And Fault Diagnosis. The Entire Process Is Automated And Can Be Operated By One Person. The Rolling Mill Is Made Of 45 # Steel Quenched And Finely Ground, With High Hardness And Wear Resistance. It Undergoes Multiple Progressive Rolling Passes To Ensure Uniform Curvature, Smooth Surface, And Small Dimensional Errors Of The Plate. Drive Options Include Hydraulic Or Mechanical Transmission, With A Molding Speed Of 2-8 Meters Per Minute, And Efficiency Far Exceeding Traditional Bending Processes.
The Formed Circular Arc Board Material Is Lightweight And High-strength, With Excellent Wind Resistance, Compression Resistance, And Waterproof Performance. The Span Can Reach More Than 12 Meters, And It Is Widely Used For Arched Roofs In Large Factories, Warehouses, Sports Halls, And Agricultural Markets. It Is Also Suitable For Activity Board Houses, Greenhouses, Breeding Farm Ceilings, And Exterior Wall Horizontal Hanging Decorative Panels. The Equipment Has The Feature Of Being Versatile And Can Produce Various Plate Types Such As 780, 850, 910 By Replacing The Rolling Mill.
The Fully Automatic Arc Tile Press Is An Indispensable Forming Equipment In The Field Of Modern Steel Structure Construction, With Automation, High Precision, And High Stability, Greatly Reducing Labor And Material Losses, And Improving Construction Efficiency.
