Product Center

Fast heating speed, low oxidation and decarburization, low energy consumption.

High degree of automation, capable of fully automatic unmanned operation.

Uniform heating, high temperature control accuracy.

Provides pneumatic/hydraulic step pushing and roller continuous conveying methods for workpieces.

Using transistor induction heating power supply, high heating efficiency, good brazing quality;

Suitable for integral brazing and segmented brazing;

Process support, reducing many brazing problems for users.

Meets the heating requirements of silver-based and copper-based alloy brazing materials, with strength and electrical conductivity both meeting the process requirements;

The motor lead induction brazing equipment uses the principle of electromagnetic induction and is widely used in heat treatment, melting metal materials, quenching, bending, etc.

Less manual labor; less burn loss; fast heating speed; stable operation.

Fully digital control, fiber optic signal transmission. Circuit resonance mode: parallel resonance, suitable for various heating processes.

Transistor power supply efficiency can reach over 95%, saving 45% energy compared to tube power supplies and 15% compared to silicon-controlled rectifier mid-frequency power supplies, resulting in low operating costs.

This complete set of equipment is used for induction heating brazing of copper electrodes in stator coils of medium and large motors or generators. The heating power supply of this product adopts an internationally advanced high-speed IGBT transistor frequency conversion device, which converts 50Hz three-phase power frequency electrical energy into single-phase high-frequency electrical energy.

Electron tube GGP frequency conversion power supply, stable electrical performance, high efficiency, using local induction heating brazing, less polishing work.

The temperature of the middle and edge of the sensor can be adjusted, heating is uniform, overall electromechanical design, easy to install.

This complete set of equipment is used for induction heating brazing of the stator bars and leads of large hydroelectric turbine generators, utilizing the mature Siemens turbine generator brazing process. The heating power supply of this product adopts an internationally advanced high-speed IGBT transistor frequency converter, which converts 50Hz three-phase power frequency electrical energy into single-phase medium-frequency electrical energy.

The fixed-point pouring furnace is driven by a hydraulic drive device, causing the melting furnace body to rotate around the axis to complete the pouring of molten metal. The pouring furnace consists of a pouring gate, ladle, rotating shaft, drive device, mechanical and electrical systems.

High heating temperature, fast melting speed.

Other elements can be added during the melting process under vacuum conditions.

Compact structure, reasonable layout, simple operation.

The furnace body types are divided into vertical and horizontal.

Using transistor induction heating power supply, high heating efficiency, good brazing quality;

Suitable for integral brazing and segmented brazing;

Meets the heating requirements of silver-based and copper-based alloy brazing materials, with strength and electrical conductivity both meeting the process;

Excellent brazing process support, reducing many process issues for users.

Preheating before coating anticorrosive steel pipes

Heating for expanding the diameter of steel pipe ends

Heating for increasing the wall thickness of steel pipe ends

Induction heating of bent pipes

IGBT energy-saving medium frequency power supply.

Full digital control: with high precision and high reliability.

Voltage and current dual closed-loop control system: ensures stable system operation.

This complete set of equipment is used for double-end induction brazing heating of stainless steel pipes. The heating power supply of this product adopts an internationally advanced high-speed IGBT transistor frequency conversion device, which converts 50Hz three-phase power frequency electrical energy into single-phase high-frequency electrical energy.

Bottom lifting or fixed-point casting structure, reliable operation;

Special rapid heating high-temperature ceramic inner cavity, clean smelting environment;

Appropriate heating current frequency, prolonging crucible service life;

Induction heating system using advanced technology, stable and reliable;

Using transistor induction heating power supply to save energy.

Using Siemens CNC system for stable control.

Small deformation during quenching and tempering.

Mainly applied in engineering machinery, tower cranes, and induction heat treatment of wind power slewing bearings.

Using transistor induction heating power supply, high heating efficiency, good brazing quality;

Suitable for integral brazing and segmented brazing;

Meets the heating requirements of silver-based and copper-based alloy brazing materials, with brazing strength and electrical conductivity both meeting the process;

Supports brazing process, reducing many process issues for users.

Used in conjunction with quenching machine tools and high-frequency induction heating power supplies, suitable for quenching and tempering processes, commonly used for the quenching and tempering heat treatment of gears, bearings, shafts, valves, cylinder sleeves, and various automotive parts and mechanical components.

This complete set of equipment is used for induction heating brazing of coil connection copper bars and stator wire rods during assembly or maintenance of water-cooled generators.

This complete set of equipment is used for copper induction heating brazing of stator coils in medium and large motors or generators. The heating power supply of this product adopts an internationally advanced high-speed IGBT transistor frequency conversion device, which converts 50Hz three-phase power frequency electrical energy into single-phase high-frequency electrical energy. This water turbine generator bar induction brazing equipment applies the principle of electromagnetic induction to place the workpiece in an alternating magnetic field under air, vacuum, or protective gas environments, generating eddy current losses that produce heat to meet the requirements of melting, heat penetration, quenching, and other heating processes.