Roll Forming Machine for the manufacture of Corrugated Iron sheet roofing 0.2-0.3mm

This roll forming machine is special designed for production 0.2-0.3mm thickness corrugated Roof panel. With its lower cost, it is very popular in the world market. The advantage by roll forming line is the high efficient, and lower labor cost. This sine wave roof profile are described in terms of pitch (the distance between two crests) and depth (the height from the top of a crest to the bottom of a trough). Almost all the corrugated iron sheet produced has the same pitch of 3 inches (76 mm). With the growth in the building industry there is currently such a huge demand for IBR and corrugated iron roof sheeting that it has culminated in shortages of ‘cromodek’ of up to a year. The raw materials are readily available there is simply not enough manufacturing capacity to meet demand.

Automatic Corrugated Iron Sheet roll forming Machine introduction

Out corrugated iron sheet roll forming machines are buildup by de-coiler, guiding device, main roll forming machine, hydraulic cutter, hydraulic system, control system, and product run-out table.

The custom pitch size and depth sizes can be designed according to client’s request. The following is the technology specification for the typical corrugated iron sheet roll forming machine.

Corrugated iron Sheets roofing machine Main Parameters

Corrugated iron roof panel 0.2-0.3mm Applications

This corrugated roof panel is with sine wave profile, it is the popular the panel style in the world market, especially in Africa. With the advantage of lightweight and easily transport, Corrugated iron Sheets is widely used especially in rural and military buildings such as building shed. To adopt the high tension GI steel 0.2-0.3mm thickness material can reduce the cost too much.

Custom profiles are welcome! For information on metal roof sheets profiles by our roll-forming mills, please contact with us!

TAG: Corrugated iron Sheets, IBR roof panel, Corrugated iron Sheets roofing roll forming machine