Production Process | Hot Induction Bend
- Material selection: according to the use environment and requirements, select the appropriate Hot Induction Bendmaterials, such as carbon steel, alloy steel, stainless steel, etc.
- Inspection: Conduct quality inspection on raw materials to ensure that the materials meet production standards and are free of cracks, inclusions and other defects.
- Measurement and marking: according to the design drawings, accurately measure the length and Angle of the bend, and mark on the steel pipe.
- Cut: Using a cutting machine or flame cutting gun, cut according to the mark to ensure that the cut is smooth and burr-free.
- Preheating: Put the cut steel pipe into the preheating furnace for preheating treatment to eliminate internal stress and improve heating efficiency.
- Thermal induction heating: high frequency induction heating equipment is used to locally heat the steel pipe, so that the plastic deformation of the steel pipe occurs in the heating area.
- Temperature control: In the heating process, the heating temperature and heating speed should be strictly controlled to avoid deformation or crack caused by overheating or overheating.
- Mold design: according to the Angle and radius of the bend, design the appropriate bending mold.
- Bending operation: the preheated and heated steel pipe is put into the bending mold, and the pressure is applied by mechanical or hydraulic means to bend and form the steel pipe according to the shape of the mold.
- Correction: After bending, the bendis corrected to ensure that the Angle and radius meet the design requirements.

Product Description | Hot Induction Bend

Performance Characteristics
1.Thermal deformation capacity
Hot Induction Bend is made of special alloy materials to achieve precise bending deformation within a preset temperature range.
The deformation process can be realized by heating without external force, which simplifies the installation process and reduces the construction cost.
2.Corrosion resistance
The surface of the steel pipe bend is specially treated, which can effectively resist the erosion of various corrosive media and prolong the service life.
The alloy material itself also has good corrosion resistance and can maintain stable performance in harsh environments.
3.Thermal stability
It can still maintain good shape stability and mechanical properties under high temperature environment, and is not easy to deformation or rupture.
It can withstand high working pressure and temperature fluctuation to ensure the safe and stable operation of pipeline system.
4.Flexible and diverse design
IBC Group can customize the design according to the actual needs of customers, including different bending angles, radii and materials.
It can meet the requirements of different application scenarios and improve the overall performance and flexibility of the pipeline system.
5.Easy installation
Compared with the traditional elbow, the installation process is easier and faster.
There is no complex welding or cutting process, reducing the difficulty and cost of construction.