Hardenenability et Hardenability sunt in perficientur indexes quod characterize ex extinguitur facultatemDELICTIMEt sunt quoque momenti basis ad lectio et per materiae.Hardenabilityest maximum duritiam quodfusilispotest consequi sub idealis conditions.the principalis factor determinandum durities gradusfusilisEst carbonis contentus estfusilis, Aut pressius in carbonis contentus solidum solutioni in austenite per extinxit et calefactio. Superiore carbonis contentus est altior duritia gradum ferro erit be.although in imminutam elementa in ferro paulo influentiam in hardenability ferro, magna potentia in duritia ferro.
Hardenability is the characteristic that determines the depth and hardness distribution of the hardened steel under specified conditions.That is, the ability to get the depth of the hardened layer when the steel is hardened, which is an inherent property of steel.Hardenability actually reflects the ease with which austenite can be converted to martensite when the steel is quenched.It is mainly related to the stability of supercooled austenite in steel, or to the Critical Quenhing Refrigerant Rate inSTELLA.

Post extening, et metallographic structuram et duritiem distribution curvas observantur in cruce sectionem ad refrigerationem medium. Sectione linea est Martensite et reliquum est divisa in non-Martensite areas, id est in structuram ante extensionem, quod est in dextera, ut a sinistra est in sinistra, quod est in sinistra, ut sit, ut a sinistra, ut sit, ut a sinistra, ut sit, ut aurei ad sinistram, quod est in dextera, ita ad sinistram est in superficiei, ut sit, ut a sinistra est in superficiei Est maximum, et refrigerationem celeritate decrescit ut centro ad centrum. If the cooling speed of the surface and the center of the forging is greater than the critical cooling speed of the steel forging, martensite structure can be obtained along the entire section of the forging, that is, the steel forging is completely quenched.If the central part is below the critical cooling rate, martensite is obtained on the surface and non-Martensitic tissue is obtained in the heart, indicating that the steel forging has not been quenched Per.
In productio, in efficax ferroDELICTIMsolet expressit altius efficax indurationem iacuit, id est, vertical ab superficiei metiri L% (Volume) de Martensite.it est utile est ut metiretur ad altitudinem ex superficiei ad certum, inductionem, inductione exaltat altius adimere, inductione ad altitudinem in altum (DC) et danti ab altitudine in superficiei ad determinatum, in alta a superficiei ad determinatum, in alta in alta (DC) et danti a superficiei ad certum est in determinato verticali distantiam (DC) et inductione exaltat de superficiei ad certum est in determinato Duritia.
Distribution of mechanica partibus industria post extinxit et temperatioDELICTIMCum diversis induratione ostenditur in Figure.High Duringability de sua mechanica proprietatibus per crucem sectionem est uniformis distribution, et extinguantur penetratio humilis, humilis mechanica proprietatibus cor, lower.This est quia secundum temperariSteel DimittingsIn altum hardenability, eorum structuram ex superficies ad intus est granuloso temperratus SOXHLET, quod est princeps bremsstrahlability, cum ferro cum humili germinabilitate habet Flaccid Ferrite in corde, quod est humilis Bremsstrahlability.
(Ex Dan168.com)