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May 28, 2023Type Of Alloy StrengtheningAccording to the type of alloy strengthening, high-temperature alloys can be divided into solid solution strengthening high-temperature alloys and aging precipitation strengthen... -
May 27, 2023Main Classification Of High-temperature AlloysThe traditional classification of high-temperature alloy materials can be based on the following three methods: by the type of matrix element, the type of alloy strengthening, a... -
May 26, 2023Characteristics Of High-temperature Alloy MaterialsThe various degradation rates of materials in high-temperature environments are accelerated, leading to unstable microstructure, deformation and crack growth under temperature a... -
May 25, 2023Crystalline Metallurgical ProcessIn order to reduce or eliminate grain boundaries perpendicular to the stress axis and reduce or eliminate porosity in cast alloys, directional crystallization processes have bee... -
May 24, 2023Preparation Process Of High-temperature Alloys1. Casting Metallurgical Process Various advanced casting manufacturing technologies and processing equipment are constantly being developed and improved, such as thermal contro... -
May 23, 2023Production Capacity And Demand Of High-temperature Alloys(1) Insufficient production capacity. The number of high-temperature alloy production enterprises in China is limited, and there is a significant gap between production capacity... -
May 22, 2023Domestic Development Of High-temperature AlloysSince the successful trial production of the first high-temperature alloy GH3030 in 1956, the research, production, and application of high-temperature alloys in China have gone... -
May 21, 2023Development History Of High-temperature Alloys1. International development Since the late 1930s, countries such as Britain, Germany, and the United States have been researching high-temperature alloys. During World War II, ... -
May 20, 2023Definition Of High-temperature AlloysHigh temperature alloys refer to a type of metal material based on iron, nickel, and cobalt that can work for a long time at high temperatures above 600 ℃ and under certain stre... -
May 19, 2023Introduction To High-temperature AlloysSuperalloy is a kind of metal material based on iron, nickel and cobalt, which can work at high temperature above 600 ℃ and under certain stress for a long time. It has excellen... -
May 18, 2023Optimization Of Turbine Blade DesignIn traditional turbine blade design, the following process is generally followed: the overall performance department first determines the performance indicators that the blade n... -
May 17, 2023Development Of Turbine Blade TechnologyEarly turbine blades did not use cooling technology, and due to limitations in blade material, RIT was difficult to exceed 1323 K. With the development of cooling technology and...
