Austenite, the core high-temperature phase in steel materials, plays a pivotal role in determining heat treatment processes and directly influences the mechanical properties and service life of fin...
Thermal treatment stresses can be mainly classified into two types: thermal stress and structual stress. The distortion of a workpiece during heat treatment is the result of the combined effects of...
High-frequency hardening is predominantly used for surface hardening of industrial metal parts. A coil is energized with high-frequency current, generating a high-frequency magnetic field that indu...
Metallic materials are indispensable foundational materials in modern industry, technology, and daily life, with a wide variety of types and diverse properties. Below is a systematic introduction c...
Hardenability and hardening capacity are two critical performance indicators in the field of metal material heat treatment, with notable differences in their definitions, influencing factors, chara...