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May 29, 2023New High-temperature AlloyThis includes various sub product fields such as powder high-temperature alloys, titanium aluminum intermetallic compounds, oxide dispersion strengthened high-temperature alloys... -
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...
