The PV tile roll forming machine is a highly automated, continuous production facility designed to directly process aluminum-magnesium-manganese alloy coils into roofing tiles with specific shapes and sizes. It integrates a comprehensive automated production line, integrating coil uncoiling and leveling, continuous cold roll forming, precise length cutting, and finished product stacking. Processus core: Roll formans Principle: This is the core technology of the machine. It utilizes a series of precision-engineered forming rollers to continuously bend the aluminum-magnesium-manganese alloy coils at room temperature (or near room temperature) through multiple passes, gradually shaping them into the desired final tile shape (such as corrugated, trapezoidal, or flat edge). Features: Compared to hot rolling or stamping, roll forming offers high efficiency, low cost, high material utilization, and excellent surface quality, making it particularly suitable for the continuous production of long products.
Jiangyin Hailong Machinery Factory est YX25-820 Securus Ut Install PV Tile Roll Machina formans Fornitor in Sinis. Cum plus quam 1200 relationibus clientium, multitudinem industriarum servimus cum apparatu formandi rotuli proprii, suppeditamus YX25-820 Securus Ut Install PV Tile Roll Machina formans venale.
Clavis Commoda:
Efficient Production: Continuous roll forming offers high speed and output.
Stable Quality: Automated control ensures consistent product shape and dimensions.
Protecting PV Modules: The cold-bending process eliminates the potential impact of high temperatures on PV module performance; the aluminum-magnesium-manganese alloy casing provides strong physical protection for the modules.
Aesthetics and Waterproofing: The formed tiles provide excellent roof coverage and structural waterproofing.
Lightweight: The aluminum alloy material makes the entire PV tile system lightweight and reduces roof structural requirements.
Securus instruitur: Tegulae perfecti possunt in-site institui sicut tegularum metallicarum traditionalium, signanter simpliciorem processus complexi traditi " uncis in tecto insertis ac deinde tabulas PV inaugurari", laboris et temporis salutaris.
Processus productionis:
Solvitur et adaequatio: Aluminium mixturae volvunt vulneratum et libratum ad vi flexuram eliminandam et materiam planam intrans sectionem formandam curandam.
Material Guiding: The material is smoothly and accurately fed into the forming unit.
Continuous Cold Roll Forming: The material passes through multiple sets of carefully arranged forming rollers. Each set of rollers applies a specific bending force to the material, gradually shaping it to the final tile profile. Hoc est nucleus pars armorum.
Cutting/Sizing: Continuously formed tile material is precisely cut to the desired length. Hydraulic shears or servo shears are commonly used.
Stacking/Collecting: Cut finished PV tiles are automatically stacked neatly for packaging and shipping.
| Technical Parameters | ||
| Item | Parameter | Animadverte |
| Apparatus Base | National Standard No.36 ego trabem Ferro | Altiore Welding Structure |
| Material Roller | Qualitas princeps XLV # Steel | Finis Machining, Extinctus |
| Pelagus Shaft | φ75，45# Steel | Finis Machining, Extinctus |
| Sodalitates formantes | 20 | |
| Main Motor Power | 11KW | |
| Coegi Ratio | Catena Drive | |
| Abscise Modus | Hydraulic Cut-Off | Hydraulic Station motor potentia est IV KW |
| Cut Blade | Cr12MoV | Extincta, HRC58-62 |
| Uncoiler | Onus V-Ton, Cum Loading Platform | Hydraulic Station motor potentia est 2.2 KW |
| Imperium System | Siemens/Schneider PLC | |
| Systema hydraulicum | BeiJin Huade Brand | |
| Totalis longitudo productionis linea | Circum XX Meters | |
| apparatu pondus | Circa XI-Ton | |
| Rudis Material Crassitudo | 0.4-0.8mm | Q235 Galvanized Coil |
| Productio Celeritate | 15m-18/min | |
