Our foundry was founded in 1998. After 20 years development, now we have more than 250 staff, including nearly 40 technician, covering an area of 40,000 square meters with the construction area of 25,000 square meters. We are the production base of heat resistant steel and high temperature alloy products. Our company has passed ISO9002 international quality system to ensure zero defects.Read More >
Our foundry was founded in 1998
Covers an area of 40,000 square meters
We follow the pragmatic, innovation, high quality, efficient business philosophy, dedicated to the metallurgy, electric power, petrochemical, mining, aerospace, military industry, heat treatment and other industries to provide first-class service.
Our main products are sink roll, hearth/furnace roll, radiant tube, walking beam tray, basket, mesh belt, chain plate...
Have Questions? We Have Answers!
We will treat your every visit, every phone call, every email, every message with a sincere attitude, and sincerely look forward to your visitRead More >
We are looking forward to cooperating with more and more clients from all over the world.
Requirements for heat treatment process of heat-resistant steel precision castings
Heating is one of the important processes in the heat treatment of heat-resistant steel precision castings. There are many heating methods. In the past, charcoal and coal were used as heat sources, but now more liquid and gas fuels are used for heating. Nevertheless, it is recommended to use electric heating for heat-resistant steel precision castings, which is not only easy to control but also has no environmental pollution.
Application industry of heat-resistant steel castings
Heat-resistant steel castings refer to steels that work at high temperatures, and are called heat-resistant steel castings due to their heat resistance, corrosion resistance and oxidation resistance.
What are the main heat-resistant components of heat-resistant steel precision castings?
Heat-resistant steel precision castings refer to steels that work at high temperatures. The development of heat-resistant steel precision castings is closely related to the technological progress of various industrial sectors such as power stations, boilers, gas turbines, internal combustion engines, and aero engines. Due to the different temperatures and stresses experienced by various machines and devices, as well as different environments, the types of steel used are also different.