The working principle of steel corrugated plate rolling forming machine is mainly based on the plastic deformation principle of metal material. During the rolling molding process, the corrugated plate gradually forms the required corrugated shape through continuous bending and expansion. The core part of the machine is the rolling wheels, which use their curvature to continuously bend and expand the steel strip during their rotation. By precisely controlling the position and rotation speed of the roller wheel, high precision control of the shape and size of the corrugated plate can be achieved.
First, the steel belt is sent into the roller wheel, and with the rotation of the roller wheel, the steel belt is under pressure and plastic deformation occurs. In this process, the molecular structure of the steel band changes, thus creating the desired corrugated shape. Meanwhile, the shape and size of the corrugated plate can be further optimized by adjusting the spacing and rotation speed of the rolling wheel.
Moreover, to ensure the continuous production of corrugated plates, steel corrugated plate rolling molding machines are usually equipped with multiple working units, each with an independent rolling wheel and control system. This design allows multiple corrugated panels to be processed at the same time, greatly improving production efficiency.
In general, the working principle of steel corrugated plate rolling forming machine is to use the plastic deformation characteristics of metal materials, through the precise control of the position and rotation speed of the rolling wheel, to achieve the high precision control of the shape and size of the corrugated plate, so as to achieve efficient, high quality corrugated plate production.