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Axi-Therm Blended Heating & Cooling is a new Heat Treatment method utilizing the use of 1, 2 or all 3 heating methods simultaneously to help maximize temperature dissipation into the heated area and a cooling method once the metal design criteria have been met.
Reducing costs on the front end and improving your time back to production on the back end.











Industrial steel components often operate under significant temperature changes. When a hot metal surface cools rapidly, or a cold component heats too quickly, different sections can expand or contract at different rates. This creates internal stress that may lead to cracking and structural damage. Understanding thermal shock resistance helps engineers select suitable materials, manage temperature […]
Steel can behave very differently at low temperatures, changing from a material that bends before breaking to one that may fracture suddenly. This shift is known as the ductile-to-brittle transition temperature (DBTT). For welded steel, understanding DBTT is essential because welding can affect the toughness of the weld metal and surrounding heat-affected zone, influencing how […]
The heat input formula helps welding professionals understand how much energy is delivered along a weld. This matters because welding energy affects cooling rates, weld properties, and the heat-affected zone. By using voltage, current, and travel speed, you can calculate energy per unit length and check whether welding parameters meet the requirements of the approved […]









