Type Roof Tile Color Coated Metal Roof Glazed Tile Roll Forming Machine

Product keywords:

Glazed Tile Roll Forming Machine, Roof Tile Forming Line, Metal Glazed Tile Machine, Tile Profile Roll Former, Glazed Tile Rollformer

Introduction

A Glazed Tile Roll Forming Machine continuously produces glazed-style roof tile panels from pre-painted or coated metal coils. Below is a customer-focused guide with classifications, benefits, common applications, FAQ and added detailed technical data to support buying, specification or tender documents.

Types and Classification

• By Material: Metal Glazed Tile Rollforming Machine (pre-painted steel/aluminum); Ceramic/Clay pressing lines are excluded.
• By Production Mode: Single-station compact lines (small batch) vs. continuous high-speed multi-station lines (industrial output).
• By Automation Level: Semi-automatic (manual loading/unloading) vs. fully automatic (decoiler, PLC/HMI, servo/ hydraulic shear, stacking).

Key Features & Technical Highlights

• Precision multi-roll forming stations for consistent profiles and low tolerance.
• PLC + HMI with recipe storage for fast repeatable changeovers.
• Tension-controlled decoiler and low-friction feed to protect pre-coated surfaces.
• Hydraulic or servo-driven cutting for clean, burr-free lengths.
• Optional quick-die-change systems and automated stacking/packaging.

Detailed Technical Data (Typical / Reference Values)

• Forming (effective) width: 1000–1220 mm
• Coil width: 1050–1220 mm respectively
• Material types: Pre-painted galvanized steel, Galvalume, Aluminum (PVDF/PE coated)
• Material thickness range: 0.3–0.8 mm
• Yield strength compatibility: ≤ 350–550 MPa (depending on coil spec)
• Roll stations: About 16–18 stations 
• Forming speed: 0– 6m/min
• Cutting method: Hydraulic shear or servo shear; cutting tolerance ≤ ±1.0 mm (length), forming tolerance ±0.2–±0.5 mm (profile)
• Main motor power:  Typical 7.5 kW
• Decoiler capacity: 3–10 ton coil weight; 
• Take-up / accumulator: Optional loop accumulator for continuous cut while coil change occurs
• PLC & HMI:  Famous brand
• Drive system: Gearbox + chain or synchronous belt; optional servo drives for length accuracy
• Hydraulic unit: 4–5.5kW pump for shear and bending operations; working pressure 10–16 MPa
• Compressed air: 0.6–0.8 MPa, consumption variable for pneumatic devices
• Noise level: typically ≤85–95 dB (depends on enclosure/isolation)
• Machine footprint: length 5–10 m × width 1.0–1.5 m (profile & automation dependent)
• Machine weight: 5 tons (approximate)
• Cycle/throughput example: At 12 m/min producing 3 m tile lengths → 4 pieces/min → 240 pieces/hour (theoretical)
• Tolerances & quality control: In-line length encoder, photoelectric edge guide, optional laser measurement for thickness/profile inspection
• Changeover time: Manual 30–90 min; quick-change systems 10–30 min
• Typical consumables & spare parts: forming rollers, shear blades, bearings, PLC modules, encoder, belts
• Certifications: CE / ISO 9001 often available on request

Applications

• Residential and commercial roofing manufacturers producing glazed-look metal tiles.
• Prefab building and modular home suppliers needing lightweight, durable roofing panels.
• Roof renovation projects requiring glazed aesthetic with metal benefits.

Q&A — Practical Buying Points

Q: What coil specs must I confirm before purchase?

A: Coil width, thickness, yield strength, coil weight (tonnage), inner diameter, and coating type (PVDF/PE, primer).

Q: How to ensure painted surface won’t be scratched?

A: Specify low-friction feed rollers, tension control decoiler, protective guides and sample production test runs.

Q: Can I get sample tiles before shipment?

A: Yes—suppliers typically provide sample runs on the agreed coil material to verify profile, coating integrity and tolerances.

Conclusion

The Glazed Tile Roll Forming Machine offers a high-efficiency route to produce glazed-style roof tiles from metal coils. Review the detailed technical parameters (forming width, thickness range, stations, speed, drive and cutting systems) against your coil specs and production targets to choose the right configuration. If you need, I can adapt these specs into a procurement checklist or a tender-ready technical specification.