Brazing

The application of induction heating in brazing is mainly reflected in the use of electromagnetic induction heating technology to achieve efficient and precise brazing process. It has a wide range of applications.

Features of induction heating brazing

Fast heating speed: The weldment can reach the brazing temperature in a short time, improving production efficiency.

Uniform heating: Due to internal heating, the weldment can be heated evenly as a whole, reducing local overheating and improving the quality of the brazed joint.

Easy to control: By adjusting the size and frequency of the induced current, the heating temperature and time can be accurately controlled, which is convenient for automated production.

Clean and environmentally friendly: Induction heating has no open flames and no pollutant emissions, which improves the working environment and meets environmental protection requirements.

Small deformation of the workpiece: Because of the fast heating speed and concentrated heating area, the workpiece is heated evenly as a whole and the deformation is small, which is especially suitable for welds with strict deformation requirements.

Cut-off Tooth Brazing + Hardening

Application scenarios

Brazing of electronic components: such as brazing of integrated circuit pins, electron tube pins, etc. These components are small in size and high in precision. Induction heating can accurately control the heating area and temperature to avoid thermal damage to the components and ensure the quality of brazing.

Brazing of tools: For example, brazing of the tool head and tool body of a carbide tool. Induction heating can quickly heat the connection between the tool head and the tool body to a suitable temperature, so that the brazing material can wet and fill the gap well, forming a strong connection without affecting the overall performance of the tool.

Brazing of automotive parts: Brazing of parts such as automotive radiators and air conditioning pipes. Induction heating can locally heat parts of complex shapes, achieve efficient and high-quality brazing connections, and improve the sealing and reliability of parts.

Brazing of parts in the aerospace field: For the brazing of parts such as aircraft engine blades and honeycomb structures, induction heating has the characteristics of precise heating and strong controllability, which can meet the extremely high requirements of aerospace parts for welding quality and reliability.