Definition and Purpose of QuenchingThe heat treatment process in which steel is heated to a temperature above the critical point Ac3 (for hypoeutectoid steel) or Ac1 (for hypereutectoid steel), hel...
Heat Treatment Process of Duplex Stainless SteelDuplex Stainless Steel (DSS) refers to a type of stainless steel that exhibits a dual microstructure of ferrite and austenite at room temperature, wi...
Atmosphere Control in Heat Treatment: Core Guarantee for Precision and PerformanceAs a core process for regulating the properties of metallic materials, heat treatment quality directly determines t...
Liquid cooling plates are the core components of liquid cooling systems, efficiently removing heat through the circulation of coolant. They are widely used in data centers, electric vehicles, high-...
1. IntroductionHeat-resistant steel is widely used in high-temperature industrial fields such as aerospace, energy and power, and chemical engineering due to its excellent high-temperature properti...
Driven by artificial intelligence (AI), big data, and cloud computing, global computing power demand has surged exponentially, with server power density skyrocketing from 20 kW per rack to over 100...
Liquid-Cooled Brazing Furnace: An Industrial Powerhouse for Efficient Heat Dissipation and Precision WeldingA liquid-cooled brazing furnace is an industrial device that integrates brazing technolog...
Steel Heat Treatment Processes: From Fundamental Theory to Cutting-Edge TechnologiesAs the cornerstone material of modern industry, the performance optimization of steel relies heavily on precise c...
In the field of heat treatment, the "five differences" typically involve aspects such as the quenching heating temperature and quenching temperature, heating time and holding time, cooling method a...
Steel Heat Treatment ProcessesSteel heat treatment involves heating, holding, and cooling processes to modify the internal microstructure of steel, thereby imparting or improving its service proper...
Cooling Transformation of SteelThe cooling transformation of steel refers to the changes in its microstructure that occur as it cools from an austenitic state to room temperature, influenced by var...
Heat Treatment of Carburized SteelThe heat treatment of carburized steel is a critical process to enhance its surface hardness, wear resistance, and core toughness. It typically involves carburizin...
Ultra-High-Strength Aluminum AlloysUltra-high-strength aluminum alloys generally refer to those with a yield strength exceeding 500 MPa, commonly represented by the 7xxx series of superhard aluminu...
Heat treatment of steel is a process that involves heating the steel in its solid state in a specific manner, holding it at a certain temperature, and then cooling it using an appropriate method to...
Spheroidizing annealing, a pivotal process in metal heat treatment, significantly enhances material properties—including machinability, quenching uniformity, and service life—by transforming carbid...
Induction Heating Quenching Process for Special - shaped Shafts1. IntroductionInduction heating quenching is a widely - used heat treatment process for special - shaped shafts. It can improve the s...
Crystal Structures of Typical MetalsMetallic materials play a crucial role in modern industry and daily life, and their properties are largely determined by their crystal structures. The typical me...
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...
