
Pbh-140 Section Bending Machine By Tianzheng
Price:
Get Latest Price
In Stock
Product Overview
Key Features
Section bending, also known as profile bending or section rolling, is a metal forming process used to bend various types of linear materials, such as beams, channels, angles, and tubes, into curved or circular shapes. This process allows the creation of curved profiles from straight sections, often with a specific radius or curvature required for a particular application.
The PBH-140 Section Bending Machine is the second smallest machine in the PBH series of our companyAcA A s products.It also does not have the function of rolling the i-beam in a hard way; of course, other profiles such as angle, pipe, square tube, channel, I-beam, flat & square bar, and tees can be easily bent. They are more used to bend flanges (Here you can also call it a flange bending machine) in some factories in China.
The section bending process involves passing the straight profile through a set of rollers or dies specifically designed for the desired curvature. These rollers apply force to the material, causing it to bend gradually along its length. The choice of roller configuration, the pressure applied, and the sequence of bending can be adjusted to achieve the desired curvature and shape.
The PBH-140 Section Bending Machine is the second smallest machine in the PBH series of our companyAcA A s products.It also does not have the function of rolling the i-beam in a hard way; of course, other profiles such as angle, pipe, square tube, channel, I-beam, flat & square bar, and tees can be easily bent. They are more used to bend flanges (Here you can also call it a flange bending machine) in some factories in China.
The section bending process involves passing the straight profile through a set of rollers or dies specifically designed for the desired curvature. These rollers apply force to the material, causing it to bend gradually along its length. The choice of roller configuration, the pressure applied, and the sequence of bending can be adjusted to achieve the desired curvature and shape.
































