Quod genera sunt ally ferro Dimittings classificatis in fundatur in Alloy elementum contentus?

In Alloy Steel Dimittings In metalla machinery sunt maxime dividitur in tres genera fundatur in summa moles mixturae elementa additum interius. Hoc genus est directe ad utrum possit resistere constructione, utrum sit dignitas impendio pecunia, ubi idoneam usum;

I. Minime Steel Forgings:
• Quantum est additum? In summa moles offendiculo elementa non addidit multum, et quisque genus est addidit minus, cum paucioribus genera.
• Ubi est scientia? Core arte multo fortior et durior vulgares carbon ferro, praesertim non facile fragilis frigoris. Potest temperari magis penitus (cor magni guy potest etiam indurari). Suus 'secundum quid facilis ad weld et processus. Gerunt et corrosio resistentia leviter fortior quam ipsum ferro, sed non pelagus focus.
• Quid agis in mea? Pelagus vis key components in metalla apparatu qui sunt pronus ad gravibus percutere, impulsum, et securus lassitudinem. Exempli gratia, ad connectens virgas, paxillos, Gears, et transmissione sagittas magnis excavators, in frame iungo et suspensionem components mining trucks, tum variis momenti structural components et magna seras.

II. Medium Alloy Forgings:
• Quantum est additum? In summa moles offensione elementa auctus, et genera potest esse plures diverse, aut quaedam elementa potest addidit magis aggressively (ut Chromium CR, Molybdenum Mo, Vanadium V, Ni, etc.).
• Ubi est scientia? Dura, impulsum repugnant, et penitus extinguitur quam humilis-ally ferro. In speciali facultatem ad resistere gerunt est highlight. Et calor resistentia etiam melius (non facile est mollire ad altum temperaturis et maintains bonam fortitudinem). Et corrosio resistentia potest melius fretus specifica formula.
• Quid agis in mea? In metalla apparatu ubi environment est dura et requisita sunt altior. For example, components with severe wear and tear but still need to withstand some impact (such as certain lining plates, wear-resistant plates, and excavator bucket tooth bases), or components that require energy to work in hot places (such as equipment parts for handling hot materials), as well as critical shafts or gears that are large in size, thick in wall, and require the entire core to be hard.

III. High Alloy Steel Dimittings:
• Quantum est additum? Totalis moles offering elementa addidit valde magnum, saepe cum uno vel plures elementa addidit maxime aggressively (ut summus chromium cr, princeps manganese MN, alta nickel, aut pretiosa ones sicut Tungsten W et Cobalt COBUS).
• Ubi est scientia? Ludens summa effectus. Aut quod habet optimum gerunt resistentia (sicut quidam instrumentum Steels), super corrosio resistentia (ut immaculatam ferro), aut speciali resistentia (ut non-magneticam aut poterit sustinere fortis corrosio ad altum temperaturis). In pretium est plerumque magis fragilis, magis ad weld, magis ad processum, et maxime pretiosa.
• Quid agis in mea? Specializing in maxime abrasive, mysteria, et mortiferum components in mines. Typical examples are those things that directly hit hard stones and are violently ground by high-speed impact, such as hammer heads that break, plate hammers that break by counterattacks, cone walls that break, and broken walls (dynamic cones/fixed cone liners). Est etiam usus est in key areas cum fortis corrosive environments (ut components qui portant mordax slurries in mineralibus processui plantis), aut in locis, ubi speciales munera non requiritur.