Commune problems et solutiones dum machining in Ductile Ferrum Castings

Communis problems in machiningDUCTILISSunt enim processui non progreditur, duritiam mixtionis est altum, aut sunt dura maculae in mittentem in machining. Maxime ad calorem repugnansDUCTILIS, In duritia ex eo et significantly augeri debitum ad chromium contentus et Molybdenum contentus in mittebat, quod crescat in secans difficultas in processus processusDuctilius ferrum castingdoes not reach the casting temperature during melting, that is, the metal elements such as chromium and molybdenum do not reach the melting boiling point, the metal elements such as chromium or molybdenum that are not completely dissolved will exist in the local part of the casting and the machining will not be effective.The correct processing process is to temper the castings before machining the ductile castings, so that the internal structure of the castings is evenly distribui.

Temperatio temperatus sit 900-950 ° C et in treatment curatio debet ferri ex, cum fornacem temperatus imperium infra CC ° C ad vitare phaenomenon superficiem refrigerationem et durum cutis.

Sunt etiam peculiari fortuna, quae faciam in machiningDUCTILISAd stagnant, ubi castings ad qualified temperatus cum coxit et temperari ante machining. Tamen, in machining, in machining manet stagnant et non est phaenomenon loci machining stagnation. Supra rationes caule ab odorem processum, causatur per rationabile implens sequence cum liquescens et implens crimen.

Hoc est quia liquescens et ferventis elementa ut Chromium et Molybdenum sunt altior quam qui de ferro, exiguo et recycled materiae. Debent in medio omnium criminibus impletionem non imo electrica fornacem, quia liquescens temperatus non potest metiri ad superiori temperatus et Chromium et Molybdenum praesentam in ferventis adest. Recto loading serie est solutio ad speciali indurationem situ.