Engineered for reliability and aesthetic perfection, this glazed tile roll forming machine produces beautifully curved step tiles with smooth lines and consistent output. Ideal for architectural roofing, it combines advanced technology, durable structure, and user-friendly automation.
Application: Decorative and functional glazed metal roofing tile production
Material Compatibility: Galvanized Steel, PPGI, Aluminum
Material Thickness: 0.3 – 0.8 mm
Feeding Width: 1220 mm
Effective Width: 1050 mm
Tile Shape: Curved Spanish step tile profile
Production Speed: 8 – 15 m/min
Forming Stations: 20–22 rows
Roller Material: GCr15 steel, heat treated and chrome coated
Cutting System: Hydraulic die cutting with high precision
Blade Material: Cr12Mov with heat treatment
Control System: Delta/Siemens PLC touchscreen interface
Main Motor: 7.5 kW
Hydraulic Station Power: 4 kW
Drive System: Gearbox or chain drive
Power Supply: 380V/50Hz/3Phase (or customized)
Machine Frame: H-Beam welded frame
Forming Accuracy: ±1.0 mm
Dimension: Approx. 8500×1600×1500 mm
Machine Weight: 7–8 tons
Noise Level: ≤80 dB
Output Capacity: Up to 10,000 m²/day
Operator: 1–2 people
Cooling: Optional water or air cooling system
Lubrication: Automatic or manual lubricator
Decoiler: 5-ton manual/hydraulic optional
Safety Features: Emergency button, guard cover, overload protection
Installation: Overseas service available
Training: Free operation training included
Maintenance: Simple daily checks required
Warranty: 12-month warranty with lifelong support
After-Sales: Remote service + on-site engineer
Certifications: CE, ISO9001
OEM/ODM: Supported
Packaging: Plastic wrapped and wire fixed
Delivery Time: 30–45 working days
Markets: Asia, Africa, Middle East, South America
Target Industry: Construction, Roofing Product Suppliers
This model is ideal for producing high-end glazed tiles with a curved profile that adds elegance to architectural roofing projects. Designed for reliability and efficiency, it meets high aesthetic and functional demands in global markets.
