Classification of calor repugnans ferro

Classification by Alloying elementum contentus
I) Minimum Carbon Steel, in medio talis ferro continet vel raro continet alia offensione elementa, eius carbonis contentus est plerumque plus quam 0 {{}} II%.
II) Minimum-Minime calor-resistens ferro, in huiusmodi ferro continet unum vel plures offendiculi elementa, sed contentus non alta, non excedunt V% V% II}.
III) High-Alloy calor-repugnans ferro, in huiusmodi ferro, illic es plures offensionis elementa, et comminuo elementum contentus plerumque plus quam X%, aut etiam usque ad plus quam XXX {{V}}
Classification secundum characteres de ferro
I) Anti-oxidatio ferro (vel calor, repugnans non-eros ferro): Hoc genus ferro habet bonum oxidatio resistentia et calor temperatus omnium fortitudinem, {VI}, et calor est ad artifices, in calor Turbine, Boiler Cucumeres, Florem Flora, Boiler Cucumis, Cucumis Fungi Turbine, Boiler Cucumis, Flora Flora, Boiler Cucumis, Fungi Solum, Boiler Cucumeres, Fungi Solum, Boiler Cucumeres, calor Turbine Solum, Boiler Cucumeres, Flor Flora Flora, Boiler Cucumis, Fungi Solum, Boiler Cucumeres, Fungi Solum Collerus et in camtea et in camino tube {{VII}}} oxidatio resistentia est pelagus indicator, et components se non ferre multum pressura {{VIII}}
2) Heat strength steel: at high temperatures (usually 450 ~ 900℃C) can withstand considerable additional stress and have excellent oxidation resistance and high temperature gas corrosion resistance, and usually require periodic variable stress. It is usually used as rotor and blade of steam turbine and gas turbine, superheater of boiler, bolt and spring working at high temperature, intake and exhaust valve of internal combustion engine, Petroleum Hydrogenation Reactor, etc {{}}
Classification per principalis usum ferro
Heat-resistant steel for industrial furnaces: In addition to reactors, power station boilers, petrochemical industrial furnaces, in metallurgy, machinery, building materials, light industry and other industries, widely used as heat exchangers, heating furnace tubes, reflection tanks and other furnace in a variety of heat-resistant parts, in addition to the use of plates, tubes, rods and other heat-resistant steel deformatio materiae, et numerus caloris-repugnans ferro castings {{IV}} variis annealing fornacem in fornacem, radialis etc. {{V}} CR205NI} {{{}}}} {{}} ({{{}} {crinem {{{}} ({{}} {{CR205NI} {{}} ({{}} {CR205NI} {{}}), 3Cr24ni7sinre, 2Cr2025NI13 Steel et sic in {{}} A numerus imo rotulis et radialis tubulis in continua calefacit fornaces et calor curatio fistulas in Metallurgical plantae sunt etiam centrifuga, {{{}} CR18NI9, {{{}}} CR18NI 1Cr18ni9ti, 0Cr17ni12MO2, {{{XXXII}} cr17ni12mo2, 3cr24ni7sinre, 0cr23ni13, 1cr20ni14, cr20ni20si2, {{{XLVIII}} cr10ni20m, 4cr20r28nbw, 70crmvbre, 4Cr28ni48W5SI 3Cr26Ni4MnMoRe, etc. In the cement industry, a large number of heat-resistant steel parts are used, such as 3Cr24Ni7SiNRe, 1Cr20Ni14, Cr25Ni20Si2, etc., in the heat-resistant steel chain in the wet cement kiln pre-heat belt, the grate plate for the large cement kiln grate cooler, and the material Situla ad refrigerationem machina