The role of heat treatment in the turbine industry
Heat treatment is one of the most important stages in the processing of industrial parts, especially in the fields of gas, air and rail turbines. This process, by changing the metallurgical structure of the part, increases resistance to heat, stress, wear and fatigue, and plays a fundamental role in increasing the lifespan and optimal performance of hot parts.
Types of applicable heat treatments
At Aria Turbine Moein, heat treatment is performed using various methods, depending on the type of alloy and the expected performance of the part. Some of the common methods include:
Preheating
Normalizing
Annealing
Quenching & Tempering
Stress Relieving
Each method is used with a specific goal of improving mechanical properties and preventing thermal cracking.
Advanced equipment and furnaces
We utilize precision, controllable heat treatment furnaces with adjustable temperature, time, and gas environment. This equipment allows for high-temperature thermal processes with controlled atmospheres (such as vacuum, inert gas, or reducing gas), which is essential for sensitive turbine components.
Heat treatment quality control
After heat treatment, the parts are subjected to strict metallographic and mechanical testing. Tests such as hardness testing, micro-grain structure examination, creep and fatigue tests are performed to ensure the accuracy of the process.
Additional services after heat treatment
If needed, services such as final machining, coating, or balancing of parts after heat treatment are also provided to make the parts ready for final installation and operation.
Experience in power plant and railway projects
Aria Turbine Moein, with a successful track record in performing heat treatment for sensitive parts in power plants, gas industries, and railway equipment, has become one of the most trusted references in this field.
Benefits of our heat treatment services
Advanced equipment and controlled environment
Experienced engineering team in industrial metallurgy
Implementing the process with international standards
Complete quality monitoring at all stages
Ability to work with a variety of complex turbine alloys
