Technical modi Aluminium Alloy Part Processing
I) Electio Processing Datum
Processus Datum esse consistent poterit Datum ecclesiam datum et mensurae datum et stabilitatem positioning accurate et fixture reliability partes plene considerari in processui technic.
II) aspera machining
Quia in dimensional accurate et superficiem asperitas Aluminium Alloy Partes non facile in occursum altum praecisione requisitis, aliquas partes cum complexu figuris postulo ut dependet ante dispensando in universa et aluminium mixture materiae ad secans. Calor generatae hoc modo ad secare deformatio, variantur erroris in magnitudine partes et ducunt workpiece deformatio. Ideo ad planum communem aspera milling processui. Simul refrigerationem liquorem additur frigus workpiece reducere influentiam incidendi calor machining accurate.
III) metam machining
In the processing cycle, high-speed cutting will produce a lot of cutting heat, although the debris can take away most of the heat, but still can produce extremely high temperature in the blade, because the aluminum alloy melting point is low, the blade Saepe in semi-liquescens statu, ita ut cutting punctum vires est affectus summus temperatus, facile ad producendum aluminium mixture partes in processus formandi concava et convexis defectus. Ideo in consummatione processum, plerumque eligere secare fluidum cum bonum refrigerationem perficientur, bonum lubricatae perficientur et humilis viscositas. Cum lubricating instrumenta, in calorem calor est auferetur in tempore ad redigendum superficiem temperatus de instrumenta et partes.
IV) Rationabile Selectio de Tools Cutting
Comparari ferrea metalla, cutting vi generatae a Aluminium Alloy est relative parva in secans processus et celeritate potest esse altius, nisi facile ad formam obstantia noduli. The thermal conductivity of aluminum alloy is very high, because the heat of the debris and parts in the cutting process is higher, the temperature of the cutting area is lower, the durability of the tool is higher, but the temperature rise of the parts themselves est citius, facile ad deformationis. Igitur efficax ad reducere cutting et secans calor per eligendo oportet tool et rationabile angulus et improving tool superficiem asperitas.
V) Usus calor curatio et frigus curatio solvere processus deformatio
Et calor curatio modi ad eliminare machining accentus de Aluminium Alloy Materials includit: artificialis timeliness, recrymstallization annealing, etc. processus route in partes simplex structuram est plerumque adoptatur: aspera machining, manual tremeliness, metam machining, manual tremeliness, metam machining, manual tremeliness: Nam processum itineris de partibus cum complexu structuram, quod plerumque solebat: aspera machining, artificialis timeliness (calor curatio), semi-metam machining, artificialis timeliness (calor curatio), consummavi machining. Dum artificialis timeliness (calor treatment) processus est disposita post aspera machining et semi-consummavi machining, firmum calor curatio processus potest esse disposita post metam collocatione, installation et usus.
Processus characteres aluminium Alloy partibus dispensando
I) Potest reducere influentiam RELICTUM accentus super machining deformatio.Post aspera machining, id est suggesserant ad calor curatio ad removendum accentus generatae per aspera machining, ut ad redigendum in potentia accentus in metam machining qualitas.
II) amplio machining accurate et superficiem qualis.Post separationem aspera et metam machining, metam machining habet parva dispensando dabatur, dispensando accentus et deformatio, quod potest vehementer amplio qualitas partium.
III) amplio productio efficientiam.Quia aspera machining solum removet excess material, relinquens satis margine ad consummatione, quod non considerans magnitudinem et tolerantia, efficaciter dare ludere ad perficientur ex diversis generis machina instrumenta et improvidus secare.
Post Aluminium Alloy Partibus Conscidisti metallum structuram mutari vehementer. Praeterea, effectus est cutting motus ducit ad maiorem residua accentus. Ut ad redigendum deformatio partium, quod RELICTUM accentus materiae sit plene dimisit.
Edited by May Jiang a Mat Aluminium
Post tempus: Aug-10-2023
