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Automatic Trapezoidal IBR Roofing Sheets Roll Forming Machine

The Automatic Trapezoidal IBR Roofing Sheets Roll Forming Machine is an automated production line that integrates machinery, electronics, and hydraulics. Its core function is to cold bend metal coils such as color coated steel plates, galvanized plates, and aluminum magnesium manganese plates into fixed trapezoidal cross-section roof and wall panels through multiple continuous roll forming processes. It is the core production equipment of modern metal enclosure systems. The equipment integrates the entire process of unwinding, leveling, forming, fixed length cutting, and material receiving without excessive manual intervention, achieving integrated production from raw materials to finished products, greatly shortening the processing cycle, while ensuring the consistency and stability of finished boards, completely solving the pain points of low efficiency, high loss, and poor accuracy caused by traditional manual processing or simple equipment, and helping to improve the quality and efficiency of construction projects.

Application scenario: Global coverage, empowering multi domain building upgrades:

With excellent performance and flexible adaptability, the finished panels produced by trapezoidal roof panel equipment are widely used in various industrial and civilian fields, becoming the core processing equipment for various building roof and wall enclosure systems, and adapting to the construction needs of different scenarios.
• In the field of industrial construction:
It is the core equipment of industrial plants, production workshops, storage warehouses, chemical park plants, etc. The trapezoidal board produced has excellent load-bearing performance and can withstand wind and snow loads. The trapezoidal section design enables rapid drainage, effectively avoiding leakage problems and adapting to the design requirements of large-span and large space steel structure factories. For special scenarios such as chemical industrial parks, TPO trapezoidal tiles with strong corrosion resistance can be processed, with outstanding acid and alkali resistance and a service life of over 30 years, meeting the stringent requirements of industrial environments.
• In the field of civil construction:
Suitable for rural self built houses, villas, multi story residences, color steel prefabricated houses, container houses and other scenarios. The trapezoidal board processed by the equipment is easy to install and has a short construction period, which can greatly shorten the construction time; Corrosion resistant, not easy to fade, extremely low maintenance cost, and can also process decorative trapezoidal tiles with imitation glass texture, wood grain, etc., balancing practicality and aesthetics. For temporary shelters, field work sheds, and other temporary buildings, the finished boards are lightweight and recyclable, which not only meets the needs of rapid construction but also conforms to environmental protection concepts.

Product Attributes :

No.
Item
Specification
Material
Raw material
Galvanized steel or PPGI,PPGL,AI
Thickness
0.3-0.8 mm
Decoiler
Operation
Manual(buy machine give you free) Or Hydraulic
Weight capacity
3T 5T 7T 10T
Machine
Roller station
10-18(depend on customer’ drawing)
Shaft diameter
70-80mm
Body frame
350H steel
Roller material
Cr12
Machine size
About 6.5*1.5*1.2 m
Machine weight
4-8 tons
Drive
gear and Double Chain or gearbox
Working speed
12-60 m/min
Hydraulic Cutting
Cutter Hardness
50-65 HRC
Cutter Material
Cr12
Cutting tolerance
± 1mm
Power
Main motor
5.5kw
Pump motor for cutter
7.5kw
Control system
PLC brand
Delta or Siemens
Touch screen
Delta or Siemens
Language
6000+ languages customized according to customer needs
Voltage
380V/50HZ, 3P
customized according to customer needs

 

Pattern diagram:

 

Core features: Multi dimensional advantages, building a dual defense line of quality and efficiency

The reason why trapezoidal roof panel equipment can become the preferred equipment in the construction industry is due to its comprehensive performance advantages. Each design is tailored to actual production needs, taking into account quality, efficiency, and economy.
1. Precision molding, outstanding quality.
The core forming system of the equipment adopts high-strength alloy steel rollers, which are processed by precision CNC machine tools and heat treated (quenched/plated with hard chromium), with high hardness and strong wear resistance. Combined with 15-22 step-by-step forming processes, the stress of the plate is uniform, the surface is scratch free, and the peak height, peak distance, and plate length errors of the finished product can be controlled within ± 0.5mm. The splicing and interlocking are tight, solving the problems of roof water seepage and leakage from the source.

2. Intelligent and efficient, saving manpower and effort.
The fully automated continuous production mode can achieve an unmanned assembly line of “winding board packing”, with a forming speed of 20-45 meters/minute. Combined with servo tracking cutting technology, the forming machine can cut to a fixed length without stopping, increasing efficiency by more than 20% compared to traditional equipment. It can operate continuously and stably for 24 hours, easily meeting the needs of large-scale engineering batch production.

3. Durable and adaptable.
The overall frame is made of heavy-duty H-beam or box beam welding, and has undergone stress relief treatment, with sufficient rigidity and long-term operation without deformation, resulting in a long service life of the equipment. By quickly replacing the rolling mill mold set, one main machine can produce various trapezoidal plate shapes with similar widths such as 820, 840, 860, etc., suitable for metal coils with different thicknesses ranging from 0.3mm to 1.2mm.

4. Energy saving and consumption reducing, with excellent cost-effectiveness.
The equipment adopts high-strength gearbox or chain box transmission, with strong power, smooth operation, and low noise. It can be equipped with a variable frequency speed regulation system to achieve stepless speed change, adapt to different production rhythms, and effectively reduce energy consumption. The optimized feed path design controls the material loss rate within 3%, significantly reducing raw material costs compared to traditional equipment.

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