Umgangatho ophakamileyo wentsimbi ye-aluminiyam yesitampu sentsimbi
Inkcazo
Uhlobo lweMveliso | imveliso eyenzelwe wena | |||||||||||
Inkonzo yokuma enye | Uphuhliso lokungunda kunye noyilo-ungenise iisampulu-ibhetshi imveliso-ukuhlola-umphezulu unyango-upakisho-unikezelo. | |||||||||||
Inkqubo | isitampu, ukugoba, umzobo onzulu, ukwenziwa kwamaphepha esinyithi, ukuwelda, ukusika i-laser njl. | |||||||||||
Izinto eziphathekayo | carbon steel, steel stainless, aluminiyam, ubhedu, intsimbi yagalvanized njl. | |||||||||||
Imilinganiselo | ngokwemizobo yomthengi okanye iisampuli. | |||||||||||
Gqiba | Ukupeyinta ukutshiza, i-electroplating, i-hot-dip galvanizing, i-powder coating, i-electrophoresis, i-anodizing, i-blackening, njl. | |||||||||||
Indawo yesicelo | Amalungu omatshini, iindawo zoomatshini bezolimo, iinxalenye zoomatshini bobunjineli, iinxalenye zobunjineli bokwakha, izincedisi zegadi, iindawo zoomatshini ezinobume bendalo, iinxalenye zenqanawa, iinxalenye zeenqwelomoya, ukufakwa kwemibhobho, iinxalenye zezixhobo zehardware, iinxalenye zokudlala, iinxalenye ze-elektroniki, njl. |
Iinzuzo
1. Ngaphezu kweminyaka eyi-10yobungcali borhwebo lwaphesheya.
2. Ukubonelelainkonzo enye-stopukusuka kuyilo lokungunda ukuya kunikezelo lwemveliso.
3. Ixesha lokuhambisa ngokukhawuleza, malunga30-40 iintsuku. Isitokhwe kwiveki enye.
4. Ulawulo olungqongqo lomgangatho kunye nolawulo lwenkqubo (ISOumenzi oqinisekisiweyo kunye nomzi mveliso).
5. Amaxabiso afanelekileyo.
6. Ubuchwephesha, umzi-mveliso wethu unayongaphezulu kwe-10iminyaka yembali kwintsimi yentsimbi yesitampu sentsimbi.
Ulawulo lomgangatho
![Vickers isixhobo sobulukhuni](http://www.stampingcomponents.com/uploads/Vickers-hardness-instrument.png)
![Isixhobo sokulinganisa iprofayili](http://www.stampingcomponents.com/uploads/Profile-measuring-instrument1.png)
![Isixhobo se-Spectrograph](http://www.stampingcomponents.com/uploads/Spectrograph-instrument1.png)
![Isixhobo sokulinganisa esiThathu sokulungelelanisa](http://www.stampingcomponents.com/uploads/Three-coordinate-measuring-instrument1.png)
Vickers isixhobo sobulukhuni.
Isixhobo sokulinganisa iprofayili.
Isixhobo se-Spectrograph.
Isixhobo sokulungelelanisa ezintathu.
Umfanekiso wokuhanjiswa
![4](http://www.stampingcomponents.com/uploads/42.png)
![3](http://www.stampingcomponents.com/uploads/31.png)
![1](http://www.stampingcomponents.com/uploads/16.png)
![2](http://www.stampingcomponents.com/uploads/24.png)
Inkqubo yeMveliso
![01Uyilo lokungunda](http://www.stampingcomponents.com/uploads/01Mold-design.jpg)
![02 Ukwenziwa kweMold](http://www.stampingcomponents.com/uploads/02-Mould-Processing.jpg)
![03Ukulungiswa kweengcingo](http://www.stampingcomponents.com/uploads/03Wire-cutting-processing.jpg)
![04Unyango lobushushu lokungunda](http://www.stampingcomponents.com/uploads/04Mold-heat-treatment.jpg)
01. Uyilo lokungunda
02. Ukwenziwa kweMold
03. Ukulungiswa kweengcingo
04. Unyango lokushisa ngundo
![05Indibano yokungunda](http://www.stampingcomponents.com/uploads/05Mold-assembly.jpg)
![06Ukulungisa ingxaki yokungunda](http://www.stampingcomponents.com/uploads/06Mold-debugging.jpg)
![07 Ukukhupha imali](http://www.stampingcomponents.com/uploads/07Deburring.jpg)
![08i-electroplating](http://www.stampingcomponents.com/uploads/08electroplating.jpg)
05. Indibano yokungunda
06. Ukulungisa ingxaki yokungunda
07. Ukuhlawula imali
08. electroplating
![5](http://www.stampingcomponents.com/uploads/52.jpg)
![09 iphakheji](http://www.stampingcomponents.com/uploads/09-package.jpg)
09. Uvavanyo lweMveliso
10. Iphakheji
Inkqubo ye-anodizing
Inkqubo ye-aluminiyam ye-anodizing yinkqubo yonyango eyenza ifilimu ye-oxide eyenziweyo ebusweni be-aluminium okanye i-aluminium alloys. Le filimu ye-oxide inokuphucula ukuxhathisa kwe-corrosion, ukumelana nokugqoka kunye neempawu zokuhlobisa i-aluminium kunye ne-aluminium alloys. Oku kulandelayo ngamanyathelo aphambili enkqubo yethu ye-aluminiyam yealloy anodizing:
Okokuqala, faka i-aluminium okanye i-aluminiyam imveliso ye-alloy kwi-tank ye-anodizing ukuqinisekisa ukuba umphezulu wepleyiti ye-aluminiyam udibana kakuhle ne-electrode yetanki yonyango.
Emva koko ngokweempawu ezifunekayo zefilimu ye-oxide, khetha i-electrolyte efanelekileyo, njenge-asidi ye-sulfuric, i-oxalic acid, i-chromic acid, njl. Ngelo xesha, lungisa ubushushu, ugxininiso kunye nezinye iiparitha ze-electrolyte njengoko kufuneka.
Ngokusebenzisa amandla e-DC, i-aluminiyam okanye i-alloy ye-aluminiyam isabela ngokwe-electrolytically kwitanki ye-anodizing. Ngexesha lenkqubo ye-electrolysis, ifilimu ye-oxide iya kwenza phezu kwe-aluminium okanye i-alloys ye-aluminium.
Emva koko ixesha le-anodizing lilawulwa ngokobunzima obufunekayo befilimu ye-oxide. Ngokuqhelekileyo, ukunyusa ixesha le-anodizing kunokunyusa ubukhulu bomgangatho we-oxide. Ngexesha elifanayo, ngokulungelelanisa iiparitha ezifana nokuxinana kwangoku, ubukhulu kunye neempawu zefilimu ye-oxide nazo zingalawulwa.
Ekugqibeleni, ifilimu ye-anodized ingaba nemibala, eyahlulahlulwe ngeendlela ezimbini: umbala we-electrolytic kunye nombala wekhemikhali. Ngokulungelelanisa uhlobo kunye nokugxilwa kwemibala, iifilimu ze-oxide zemibala eyahlukeneyo kunye nemibala inokufumaneka.
Ekugqibeleni, i-anodized okanye i-aluminium enemibala okanye i-aluminium alloy itywinwe. Ukutywinwa konyango kunokutywina i-micropores kuluhlu lwe-oxide kunye nokuphucula ukuxhathisa ukubola kunye nokusebenza kokutywinwa kwe-aluminium okanye i-alloys ye-aluminium.
Ngexesha lenkqubo yonke, iiparameters zenkqubo kunye neemfuno zomgangatho wenkqubo nganye kufuneka zilawulwe ngokungqongqo ukuze kuqinisekiswe ukuba i-aluminiyam yokugqibela yeemveliso eziveliswayo zinomsebenzi omhle kunye nomgangatho. Ukongeza, ingqalelo kufuneka ihlawulwe kukhuseleko lokusebenza ukunqanda ingozi ye-electrolyte kumzimba womntu kunye nokusingqongileyo.
Le nkqubo isetyenziswa ngokubanzi kwintsimi yokwakha kunye neshishini lokuvelisa oomatshini. Kwintsimi yokwakha, i-alloys ye-aluminium anodized ingasetyenziselwa ukuvelisa iindonga zamakhethini, iifestile, iingcango, njl. Kumashishini okuvelisa oomatshini, unyango lwe-anodizing lunokuphucula ukuxhathisa ukunxiba kunye nobomi benkonzo ye-aluminium alloy parts.
Inkqubo ye-aluminiyam ye-anodizing yi-teknoloji ebalulekileyo yonyango lomphezulu. Ngokulawula iiparameters zenkqubo kunye neenkqubo, iimveliso ze-aluminium alloy kunye neempawu ezibalaseleyo zinokufumaneka.
FAQ
Umbuzo: Ngaba ungumenzi okanye inkampani yokurhweba?
A: Singabavelisi.
Umbuzo: Ndingasifumana njani isicatshulwa?
A: Nceda usithumele imidwebo yakho (PDF, stp, igs, step ...) kunye nezinto eziphathekayo, unyango olungaphezulu, kunye nolwazi lobuninzi, kwaye siya kukunika isicatshulwa.
Q: Ngaba ndingaodola isiqwenga esinye okanye ezibini zovavanyo kuphela?
A: Ngaphandle kwamathandabuzo.
Q: Ngaba unokwenza ngokusekelwe kwiisampuli?
A: Siyakwazi ukuvelisa ngokusekelwe kwiisampuli zakho.
Q:Lingakanani ixesha lokuziswa kwakho?
A: Ngokuxhomekeke kubungakanani bomyalelo kunye nesimo semveliso, iintsuku ezi-7 ukuya kwezi-15.
Q: Ngaba uyayivavanya yonke into ngaphambi kokuba uyithumele?
A: Ngaphambi kokuthumela, senza uvavanyo lwe-100%.
Q:Ungaluseka njani ubudlelwane beshishini obuqinileyo, bexesha elide?
A:1. Ukuqinisekisa inzuzo yabaxumi bethu, sigcina imigangatho ephezulu yomgangatho kunye namaxabiso akhuphisanayo; 2. Siphatha wonke umthengi ngobuhlobo obukhulu kunye neshishini, kungakhathaliseki ukuba bavela phi.