اللغة العربية
Industry-Leading Performance Advantages Glazed Tile Roll Forming Machine
1. Precision EngineeringGear-driven transmission with servo motion control
±0.05mm dimensional tolerance assurance
2. Production Efficiency
10-25m/min operational velocity (3× industry standard)
Technical Specifications of Glazed Tile Roll Forming Machine
| Category | Parameter |
| Material Compatibility | Pre-painted steel coils |
| Coil Width | 1000mm (max feed capacity) |
| Material Thickness | 0.3-0.8mm |
| Forming Stations | 10-row precision tooling |
| Roller System | Ø75mm hardened chromium shafts |
| Drive Mechanism | Fully enclosed gear transmission |
| Cutting Technology | Hydraulic shear with CR12 blades |
| Production Rate | 10-25 meters/minute |
| Power Configuration | 5.5kW main + 4kW auxiliary drives |
| Voltage | 380V±10% 50Hz 3-phase |
| Control System | Siemens PLC automation platform |
Quality Certifications:
CE, ISO 9001, and GCC compliance pending Comparative Advantage Analysis of Glazed Tile Roll Forming Machine
| Feature | Conventional Machines | Model 1150 Performance |
| Output Speed | 6-8 m/min | 10-25 m/min (+300%) |
| Precision Tolerance | ±0.2mm | ±0.05mm (+400%) |
| Energy Consumption | 11kW | 9.5kW (-14%) |
| Daily Output* | 1,200 linear meters | 3,800 linear meters |
Application Benefits
Structural EfficiencyHigh strength-to-weight ratio minimizes support requirements
Weather Resistance
Durable protective finishes withstand extreme climates
Aesthetic Flexibility
Produces traditional tile profiles in modern metallic finishes
Rapid Deployment
30% faster installation than conventional roofing systems
Typical Installations:
• Industrial warehouses • Sports complexes • Cultural venues• Agricultural facilities • Retail infrastructure • Transportation hubs
Operational Superiority
Intelligent Control InterfaceReal-time production monitoring with error diagnostics
Tool-Less Adjustments
Quick profile changeovers without hardware modifications
Vibration Dampening
350# structural steel frame ensures stability at maximum velocity
Maintenance Optimization
Centralized lubrication points with automatic reminders
*Based on 8-hour operational cycle
