The Advantages Of Automotive Stabilizer Bar Heat Treatment Equipment Are Mainly Reflected in The Following Aspects

Energy-saving and efficient: The stabilizer bar heating equipment adopts digital lock-in technology to achieve automatic frequency tracking, which can automatically adapt to various sensors, no 10,000 volt high voltage, safe operation, and can work continuously for 24 hours. Compared with traditional equipment, the power saving effect is remarkable, 60% less power than traditional equipment, and 20% less power than thyristor equipment.
Environmental protection and safety: The stabilizer bar heating equipment is small in size and light in weight, which will not occupy too much production space, and can be moved to the working position at any time to facilitate production needs. The heating position can be freely controlled, and no excessive heat will be generated for the position that does not need to be heated, which meets the heat treatment requirements of special workpieces. The equipment is very environmentally friendly, in line with the current environmental protection standards, can replace coal, gas and other heating, does not pollute the environment, and improves the working environment of workers.
Rapid quenching: The medium frequency induction hardening equipment is used for the heating and quenching treatment of the stabilizer bar, which can be quickly quenched, reduce the oxidation and decarburization phenomenon, and ensure the quenching quality of the stabilizer bar. This kind of equipment can be locally quenched and heated, without overall heating, the workpiece deformation is small, the electrical energy consumption is small, and it will not produce noise and dust, which greatly improves the working environment of workers.
Lightweight and high performance: In order to meet the lightweight and high-performance requirements of the stabilizer bar of new energy vehicles, the hollow stabilizer bar design is adopted, and the commonly used materials are 34MnB5, 20MnB5, 22MnB5, 26Mn5, etc., and the ratio of the wall thickness to the outer diameter of the pipe is about 0.125, and the lightweight effect is remarkable, and the quality can be reduced by 40%~50%. At the same time, considering the safety and performance requirements, the strength and toughness of the selected steel should not be lower than the existing 55Cr3 standard to ensure the performance and safety of the stabilizer bar.
To sum up, the automotive stabilizer bar heat treatment equipment realizes an energy-saving, environmentally friendly and efficient production process by adopting advanced heating technology and quenching methods, and at the same time meets the needs of the modern automobile industry for lightweight and high performance.