The equipment for metal hardening is characterized by high performance characteristics, and is manufactured in strict compliance with all technical standards and international standards. Main advantages:
- Reliability and durability;
- Smooth and uniform warming up of the working area;
- High-precision tuning of equipment;
- Excellent strength and wear resistance;
- Low power consumption.
- The most refractory materials that can withstand elevated temperatures are used in the manufacture of units. The design features are perfectly thought out, which determines the reliability and durability of the equipment.
A competent arrangement of the heating elements ensures uniform heating. There are variants with a wide range of upper temperatures. This ensures the correctness of hardening processes, and as a result - the high quality of the processed metals. For ease of management, many processes are automated.
Induction technology is most often used in Quenching and Tempering procedures where it provides the most distinct advantages. This procedure requires extreme amounts of precision in both the heating and quenching of the steel in order to achieve the desired hardness profile. Even extremely small variations in the procedure such as heating for a second too long or quenching at the wrong temperature can result in large variations from part to part. Because of this, precise control of the process becomes paramount. Induction technology offers more control than any other method of heating.
Automatic handling and fixturing of components for heating and quenching provides for high production rates and helps to produce consistent results part after part. Induction is by far the fastest method of hardening and heat treating. As a result, the process produces minimal distortion, no surface decarburization, fine grain microstructure, and precisely controlled hardness patterns. induction is the perfect solution for any facility looking to step up production to the next level.
