Menene Anodizing Kuma Muna Bukatarsa

Menene Anodizing Kuma Muna Bukatarsa

Lokacin karantawa: Minti 4

Anodizing shine ɗayan zaɓuɓɓukan magani na yau da kullun don aluminium na CNC.Wataƙila ba mu san ainihin yadda anodizing ke aiki ba, amma anodizing yana da yawa a cikin rayuwa, irin su lokuta na ƙarfe don wayoyin hannu, hannun hannu na ƙarfe a cikin manyan kantuna, da sauransu. prototyping ko sarrafa ƙira.Hakanan zaka iyatuntuɓi injiniyoyinmukai tsaye don shawarwarin kwararru na kyauta.

Gabatarwa zuwa Anodizing

Anodic oxidation zane

Lokacin da muke magana game da anodizing, muna magana ne akan anodizing na aluminum.Kodayake ana iya amfani da tsarin anodizing zuwa wasu karafa irin su titanium, zinc da magnesium, ba za a iya musantawa cewa aluminum yana daya daga cikin karafa da aka fi amfani da su.Anodizing yana amfani da ka'idar electrochemistry, inda abu ya kasance ƙarƙashin maganin electrolyte, wanda ya haifar da fim din oxide mai yawa a saman takardar aluminum.Anodizing aluminum hanya ce ta musamman mai dorewa bayan jiyya.Ba wai kawai inganta juriya na lalata ba, taurin saman da ƙarfin samfuran gami na aluminum, amma kuma yana da sakamako mai kyau na ado bayan canza launi.

Me yasa muke buƙatar anodizing?

A cikin iska, aluminum zai zama oxidized bayan amfani da dogon lokaci.Kodayake Layer oxide na halitta a saman yana da wani tasirin wucewa, har yanzu akwai lokuta na kwasfa na fim, lalacewa da canza launin aluminum farantin bayan lokaci mai tsawo.Sabili da haka, don shawo kan lahani a wannan batun, aluminum za ta zama anodized don cimma sakamakon da ake so.Bayan anodic hadawan abu da iskar shaka, surface na aluminum haifar da wani Layer na m oxide fim, ta yin amfani da colorless da porous yanayi na anodic oxide fim don cimma manufar canza launi da kuma kare aluminum substrate.

Farantin aluminum na yau da kullun na waje

Nau'in Anodizing Ta Magani

Chromic acid anodizing, Aikace-aikacen kasuwanci na farko na anodizing shine chromic acid anodizing, GD Bengough da JM Stuart a cikin nazarin chromium plating akan aluminum, saboda layin haɗin da ba daidai ba ya gano cewa fuskar aluminum ta haifar da fim din anodic oxide.

1. Aiki
Kaurin fim ɗin yana kusan 0.003mm, mara kyau;fim din yana da yawa kuma launin toka ko kirim mai tsami;iyawar tabo mara kyau da matsakaicin mannewa.
2. Halaye
1) Ƙananan tasiri akan ƙarfin gajiya na gami
2) Zai iya bayyana lahani da ƙungiyar hatsi
3) Ƙananan tasiri akan girman da roughness na sassa
4) Ƙananan lalata na maganin

3. Filayen aikace-aikace

1) bukatun aikin gajiyar sassan
2) Sassan da manyan buƙatu don kaddarorin kariya

Oxalic acid anodizing,a cikin 1927, Kujirai da Ueki a Japan sun fara amfani da oxalic acid electrolyte anodizing, zai iya samun fim mai kauri fiye da chromic acid anodizing.

1. Aiki
Kauri na fim na 0.006 zuwa 0.039 mm, tare da babban diamita na pore.
Grey zuwa launin toka mai duhu, wanda za'a iya rina, amma a farashi mafi girma.

2. Halaye
1) mafi kyawun rufin lantarki, na iya tsayayya da 300 ~ 500 volts bayan dipping fenti
2) mai kyau lalata juriya na fim Layer
3) anodized don ƙara girman sassan
3. Filayen aikace-aikace
1) madaidaicin kayan aiki da sassan kayan aiki masu buƙatar manyan kaddarorin wutar lantarki
2) kayan aiki da sassan kayan aiki da ke buƙatar babban taurin da kuma juriya mai kyau

Sulfuric acid anodizing,Har ila yau, zuwa kashi talakawa anodizing, m anodizing da ain anodizing, da dai sauransu Idan aka kwatanta da oxalic acid da chromic acid anodizing, sulfuric acid anodizing yana da ƙananan aiki ƙarfin lantarki, karami farashin electrolyte, sauki aiki da kuma karin ado oxide fim, don haka wannan tsari da aka inganta nan da nan inganta. kuma ya shahara.A halin yanzu, fiye da 95% na anodizing ana aiwatar da su a cikin sulfuric acid, kuma anodizing yawanci yana nufin sulfuric acid anodizing idan ba a kayyade musamman ba.

1. Aiki
Film kauri na game da 0.003 ~ 0.015mm, film porous, porosity na 35%, film gaggautsa, ba conductive, dehydrated rufi yi inganta;high thermal radiation iya aiki;iya zama Organic feni canza launi, amma kuma electrolytic canza launin rawaya, ja, blue, baki, kore, kofi launi.
2. Halaye
Don inganta juriya na lalata: ana iya rufe pores ta hanyoyi hudu.
(1) dichromate ƙulli, rawaya, high lalata juriya.
(2) polymer don rufewa na biyu, yana haɓaka juriya na lalata sosai.
(3) rufewar ruwan tafasa, kiyaye launi na asali.
(4) Hatimin tururi mai tsananin ƙarfi.
3. Filayen aikace-aikace
1) aluminum gami sassa kariya.
2) sassa canza launi.
3) Bukatar bayyanar haske da wasu juriya na lalacewa.
4) Kariya na aluminum gami dauke da fiye da 4% jan karfe.
5) sauki siffar butt gas waldi sassa.

Ƙarshen saman yana riƙe da aiki da mahimmancin kyan gani ga sassan masana'antu.Tare da masana'antu suna ci gaba da sauri, buƙatun haƙuri suna zama masu ƙarfi kuma don haka ana buƙatar mafi kyawun ƙarewa don samfuran madaidaici.Sassan da ke da kyan gani suna jin daɗin fa'ida mai mahimmanci a kasuwa.Ƙwararren waje na ado na iya yin babban bambanci a cikin aikin tallan wani ɓangare.
Sabis na gamawa na Prolean Tech yana ba da ma'auni da kuma sanannen gamammen shimfidar sassa.Our CNC inji da sauran surface karewa fasahar ne iya cimma m tolerances da high quality-, uniform saman ga kowane irin sassa.

Kawailoda fayil ɗin CAD ɗin kudon faɗakarwa da sauri, kyauta da shawarwari akan ayyuka masu alaƙa.