INCOLOY alloy 890 offers high strength with excellent resistance to sulfidation, carburization, oxidation at temperatures up to 1200°C (2200°F). It is the latest addition to the INCOLOY family of heat-treatment alloys.
INCOLOY alloys are super alloys that have nickel as the base metal. These alloys are mainly composed of nickel-chromium-iron as the primary constituents. By varying the other elements, these alloys can be designed to resist attack from specific chemical reagents.
INCOLOY alloys belong to the category of super-austenitic stainless steel alloys. Nickel, chromium and iron are the principal constituents of this alloy. By adding different additives this alloy can be made to resist different chemical reagents.
INCOLOY alloys are super alloys that have nickel as the base metal. Apart from nickel, chromium and iron are the other major components of this alloy. Addition of metals such as molybdenum, copper, etc., enhances characteristics such as strength and corrosion resistance.
INCOLOY alloys are composed of nickel-chromium-iron as the primary elements. Additives that are used in this alloy to enhance its strength, corrosion resistance include molybdenum, copper and nitrogen.
INCOLOY is an alloy composed of nickel-iron-chromium, with additions of molybdenum and copper. These alloys are categorized as Super alloys and exhibit excellent corrosion resistance and high strength.
Super alloys were designed with the primary aim of providing high performance at elevated temperatures. According to the Haynes International Annual Report 2007, approximately 38.5 billion pounds per annum of supper alloys are produced.
Highly explosive fuels / propellants must be carefully stored, preserved and available for use during initial blast-off and throughout the mission to go far beyond low-earth orbit and further into space.
By Nick Gilbert
3 Jul 2013
Tinius Olsen's non-contact video extensometer offers precise strain measurement in rope strength testing, avoiding damage during breaks.
T-slotted tables enhance materials testing by allowing easy setup for large or irregular samples on machines like Tinius Olsen's Electomatic series.