CalorDELICTIMEst momenti link in machinery vestibulum. Et qualis est calor curatio est directe ad intrinsecam qualitatem et perficientur ex products vel partes. Sunt plures factores afficiens qualis est calor curatio in productione. Ut ut qualis estDELICTIMNationalibus vel industria signa occurrit, omnes calor curatio remittings initium a rudis materiae in fabrica, et stricte inspectionem oportet ferri ex post se calor curatio processus. Product Quality Problematum non directe transferri ad proximam processus, ut ad curare uber qualitas. In addition, in calor curatio productionem, non sufficit ad competenti inspectorem ducere qualitas inspectionem et reprehendo inDELICTIMPost calor curatio secundum technica requisita. Magis negotium est esse bonum consiliator. In processus of calor curatio, necesse est videre utrum operator stricte instructum processus praecepta et an processus parametri sunt rectam. In processus of qualis inspectionem, si qualis problems non invenitur ad auxilium in operator ad analyze causas qualis problems, reperio sicco solutionem ad quaestionem. Omnis genera factores, quae afficit qualis est calor curatio sunt regitur ut productio de qualified products cum bono qualitas, reliable perficientur et elit satisfactio.

Content of calor curatio qualis inspectionem

(I) Pre-calor curatio de clangore

Ad de preheat curatio remittings est ut amplio microstucture et mollitum rudis materiae, ita ut facilitate mechanica processus, eliminate accentus et adipisci idealis originale microctructure calor curatio. Pre-calor curatio est quaedam magna partium est etiam ultima calor curatio, pre-calor curatio est plerumque solebat normalizing et annales.

I) De diffusione annealing de ferro castings est facile ad coarsene quia grana calefacta ad altum temperatus diu. Post annexam integram annales vel normalizing debet ferri iterum ad conflentur grana.

II) Complete annealing structural ferro est fere ad amplio microstructure, conflentur frumenti, reducere duritia et eliminate accentus et medium et humilis Carbon Steel Castings, Welding partibus, calidum volvens et calidum dimittit.

III) isothermal annealing de Alloy structural Steel est maxime propter annealing de 42CRMM ferro.

IV) Sphaeroidizing annealing de instrumentum ferro ad Sphaedoidizing Annealing est ut amplio secans perficientur et frigus deformatio perficientur.

V) accentus relevium annealing ad accentus relevium annealing est ad eliminare internum accentus de ferro castings, Welding partes et machined partibus et redigendum deformatio et elit et post-processus.

VI) Renault Annealing ad Renault Annealing est ad eliminare frigus indurare de workpiece.

VII) Normalizing ad normalizing est ut amplio structuram et conflatur frumenti, quod potest esse ut a pre-calor curatio vel ut ultima calor curatio.

Structures adeptus a Annealing et Normalizing sunt Pearlite. In the quality inspection, the focus is to do the inspection of process parameters, that is, in the process of annealing and normalizing, do flow check the execution of process parameters, which is the first, at the end of the process mainly test hardness, metallographic structure, decarbonization depth, and annealing normalizing items, ribbon, mesh carbide and so on.

(II) et iudicium annealing et normalizing defectus

I) Quod duritiam Medium ipsum ferro nimis altum, quod est saepe per altum calefacit temperatus et nimis ieiunium refrigerationem rate per annalibus. Maximum ipsum Steel est plerumque isothermal temperatus est humilis, tenens tempus est insufficiens et sic in. Si supra problems fieri, quod duritiam reduci potest per rursus annealing secundum rectam processus parametri.

II) Hoc genus organization apparet in subeutectoide et hyperereutegoid ferro, subeutegoid ferro Network ferrite, hyperereutegoid ferro network carbide, ratio est quod calefacit temperatus est nimis, ut eliminate normalizing. Inspice secundum ad certum vexillum.

III) decarbonization cum annealing vel normalizing, in aere camino, in workpiece sine Gas praesidio calefactio, debitum ad oxidatio metallum superficiem et decarbonization.

IV) graphite carbon graphite ipsum producitur per compositionem carbides, maxime per altum calefactio temperatus et nimis longum tenens tempus. Post aspectum graphite ipsum in ferro, invenitur quod extinguantur duritia humilis, mollis punctum, humilis vires, fragtileness, fractura est griseo nigrum et aliasque carbon apparet.

(III) Final calor curatio

Et qualis inspectionem de ultima calor curatio de delectationum in productio plerumque includit extinguitur, superficiem extinxit et temperatio.

I) deformatio. Quenching deformation should be checked according to the requirements, such as the deformation exceeds the provisions, should be straightened, such as for some reason can not be straightened, and the deformation exceeds the processing allowance, can be repaired, the method is to quench and temper the workpiece in the soft state straightening to meet the requirements again, the general workpiece after quenching and tempering deformation, not more than 2/3 ad 1/2 annonas.

II) fregisset. Non rimas non licet in superficies omni workpiece, sic calor curatio partes debet esse C% inspectis. Accentus concentration areas, acuti angulos, keyways, tenues murum foramina, densissima, tenue, protrusions et dents, etc, debet esse.

III) overheat et overheat. Post extemphing, in workpiece non licet habere crassum acicular Martensite superheated TEXTUS et grano terminum oxidatio superheated TEXTUS, quia overheating et overburning erit causa vires reductionem, fragmentum et faciat vires.

IV) oxidatio et decarbonization. Processing allowance of small workpiece, oxidation and decarbonization to control some strict, for cutting tools and abrading tools, not allowed to have decarbonization phenomenon, in the quenching parts found serious oxidation and decarbonization, heating temperature must be too high or holding time is too long, so it must be at the same time for overheating inspection.

V) mollis maculis. Soft point will cause workpiece wear and fatigue damage, so there is no soft point, the formation of the reasons for improper heating and cooling or uneven organization of raw materials, the existence of banded organization and residual decarbonization layer, and so on, soft point should be repaired in time.

VI) satis duritia. Plerumque workpiece extinguitur calefactio temperatus nimis nimis RELICTUDUS Austenite ducere ad reductionem duritia, humilis calefacit temperatus aut satis tenens tempus et extinguitur in satis extinguendo, impropria operatio erit in insufficiens non satis, impropria operatio erit in insufficiens extinguendo duritiam. Et desuper situ potest non reparari.

VII) Salis balneum caminum. Altus et medium frequency et flamma extinguat workpiece, nec ardeat phaenomenon.

Post ultima calor curatio ex partibus superficies non habent corrosio, gibba, DECREMENTUM, damnum et aliis defectibus.