Ngokuthuthuka kwemboni yekhebula, izinzuzo zekhebula lethusi ngokwemvelo hhayi okuningi, ikhebula lethusi elihlobene nekhebula le-aluminium emakethe yekhebula lithatha inzuzo ephelele. Kodwa-ke, intengo ephezulu yentambo yethusi nayo ibangele ukwanda kwezindleko zokukhiqiza. Futhi akulula ukwakha. Futhi ikhebula le-aluminium core njengemboni yekhebula "ibutho elihlukile", elithandwa yimakethe. Uma kuqhathaniswa nekhebula eliwumgogodla wethusi, ikhebula le-aluminium alloy linaziphi izinzuzo ezivelele?

1. Ukusebenza kwe-conductive ngaphansi kwezimo ezijwayelekile, ikhebula eliyinhloko le-aluminium evamile kanye nokucaciswa kwentambo engu-2 ~ 4 ngemva kokusebenza kwe-conductive kanye nekhebula eliwumgogodla wethusi kanye nentambo efanayo. Kodwa ikhebula le-aluminium ingxubevange lisebenzisa ubuchwepheshe obucindezelayo kanye ne-stranding, ukuze i-conductor compaction degree ifinyelele ku-93% ~ 95%, ukuze ububanzi bekhebula bunciphe kakhulu, ngokusho kwedatha ethembekile, ukusebenza okufanayo kukagesi, i-aluminium alloy cable idinga kuphela ibe nkulu kunezicaciso zekhebula eliwumgogodla wethusi wemodeli. Sikhethe amamodeli amakhebula amaningana ukuze siqhathanise ukusebenza kukagesi kwezikhondatha zethusi ne-aluminium. Njengoba kungabonakala kuthebula elingenhla, ukusebenza kukagesi kwezintambo ze-aluminium alloy ngokuyisisekelo kusondelene naleyo yezintambo eziwumgogodla wethusi esimweni sezingxenye ezinkulu eziphambanayo.

2. Izakhiwo zemishini; Okokuqala, ikhebula le-aluminium alloy ngenxa yenqubo entsha yenza ukuguquguquka kwayo kube ngcono kakhulu, uma kuqhathaniswa nekhebula eliyisisekelo lethusi elihambisanayo, ukuguquguquka kwayo kukhuphuke cishe ngama-30%; Okwesibili, i-radius egoqayo yekhebula le-aluminium alloy liyi-7 ububanzi obungaphandle, kuyilapho ikhebula eliwumgogodla wethusi elihambisanayo lingafinyelela ububanzi obuncane obungaphandle bezikhathi eziyi-10; Okwesithathu, ukusebenza kwe-rebound ye-aluminium alloy cable kuncane ngo-40% kunekhebula eliwumgogodla wethusi, futhi intambo ye-aluminium alloy ayinayo inkumbulo, ngakho-ke ukusebenza kwayo kwe-rebound kungcono kakhulu kunekhebula le-copper core, ngakho-ke, ohlelweni lokubeka ikhebula, i-aluminium alloy cable. ikulungele kakhulu ukufakwa kanye nenhloko yokugcina yokucindezela, ithuthukise ukuqina kwetheminali.

3. Ukumelana nokugqwala; Ikhebula le-aluminium alloy ikakhulukazi lakhiwa i-aluminium, okulula ukwenza ifilimu eliminyene le-oxide emoyeni, elivimbela ukuqhubeka kwe-oxidation yensimbi ngaphakathi kwekhebula. Ikhebula le-Copper ngeke lakha ifilimu ye-oxide, ngemuva kokuthi indawo yekhebula i-oxidized, izothuthukisa insimbi yangaphakathi, lapho isikhathi esithile, ikhebula le-copper surface oxide livaliwe, kuzoba umjikelezo omusha we-oxidation, okuholela ekulahlekelweni kwensimbi. Ikhebula le-aluminium ingxubevange enqubweni yokukhiqiza, yengeza izinsimbi ezingavamile, ithuthukise ngokwengeziwe ukumelana nokugqwala kwentambo ye-aluminium alloy, inciphisa umehluko ongaba khona wezinsimbi ezahlukene, ucwaningo lubonisa ukuthi i-5XXX uchungechunge lwe-aluminium ingxubevange, endaweni yamanzi olwandle ngeke ikhiqize into esobala yokugqwala.

4. Ukusebenza kokuxhumana; Ukwakheka kwe-alloy yekhebula le-aluminium alloy kuthuthukisa kakhulu ukusebenza kokuxhumeka kwentambo ye-aluminium alloy. Ukumelana okuphezulu kwe-creep ye-aluminium alloy cable kuqinisekisa ukuzinza kokuxhumeka ngaphansi kwesimo sokugcwala ngokweqile nokushisa ngokweqile esikhathini esithile. Aluminium ingxubevange ikhebula ifakwe ekhethekile yethusi aluminium esibulalayo ngokweqile usebenzisa inqubo friction Welding, enamandla weld high, conductivity omuhle, electrochemical ukugqwala ukumelana nezinye izici, ukuqinisekisa kangcono ukwethembeka uxhumano yayo.

5. Ukusebenza komnotho; Izindleko ezibonakalayo zekhebula le-aluminium alloy ngokusobala ziphansi kunezintambo eziwumgogodla wethusi. Ngokwezibalo, izindleko ezibonakalayo zentambo ye-aluminium alloy enezici ezifanayo zikagesi zingalondolozwa ngaphezu kuka-20% kunaleyo yekhebula eliwumgogodla wethusi. Ngenxa yesisindo sokukhanya kwekhebula le-aluminium alloy, amandla aphezulu emishini, irediyasi encane ephendukayo kanye nokuqina okuncane nezinye izici, ikhebula le-aluminium ingxubevange inemodi yokufaka eguquguqukayo, ingasetshenziswa odongeni, futhi ingasetshenziswa ukufaka esikhundleni sebhuloho elishibhile. ukufakwa. Ngakho-ke, isilinganiso sezindleko zokufaka singasindiswa ngo-30% ~ 40%; Futhi ngenxa yezici zekhebula le-aluminium alloy, yenza ukufakwa kwayo kuguquguquke futhi kube lula, kungasindisa izindleko eziningi zabasebenzi, ngokusho kwezibalo, ikhebula le-aluminium alloy linganciphisa ngaphezu kuka-40% wosuku lokusebenza;

Kusukela kulezi zinzuzo ezinhlanu, kungabonakala ukuthi ukusetshenziswa kwekhebula le-aluminium alloy ohlelweni lokwakhiwa kobunjiniyela nokusetshenziswa, kunciphisa kakhulu izindleko zokuvikela umkhiqizo ophelile kanye nokunakekelwa kwendawo.

Abangane abaningi bangibuze ukuthi ngingasebenzisa ikhebula le-aluminium ye-copper aluminium alloy? Ukuthi uzokunikeza noma cha izizathu ezinhlanu zokukhetha i-aluminium alloy terminal

Isizathu sokuqala esikhulu: i-copper aluminium transition terminal ngenxa yokuba khona kwe-aluminium esibulalayo, zonke izinkinga ze-aluminium kanye nokushoda kusekhona, lesi siphetho sisetshenziselwa ukuxhuma ikhebula le-aluminium alloy, inzuzo ye-aluminium alloy kanye nenani liphelile, kungcono ukusebenzisa i-aluminium. ikhebula ngokuqondile, ngoba ikhebula le-aluminium linomnotho kakhulu. Inzuzo kanye nenani lekhebula le-aluminium alloy lingenziwa lidlale ngokugcwele ngokusebenzisa itheminali ekhethekile ye-aluminium alloy.

Isizathu sesibili: ngoba i-copper ne-aluminium transition terminal isetshenziswa ekuqaleni ukuxhuma ikhebula le-aluminium, usayizi wokufaka we-terminal awuhambisani nobukhulu bemishini yokugcina, engakhulisi nje kuphela izindleko zokuguqulwa kwethusi, kodwa futhi ishiya indawo efihliwe. ingozi yokuphepha kokuxhumana. Sebenzisa ukuphela kwe-aluminium alloy ekhethekile kungagwema izinkinga ezifanayo.

Isizathu sesithathu esikhulu: ngoba i-copper aluminium transition transition terminal kanye nesiphetho sikagesi asihambisani, khulisa indondo yethusi yokuguqulwa futhi ngokuvamile ikhiqize ukuphikisana kwezindleko, kuze kube nzima ukugwema ngenxa yalolu hlobo lwenkinga ayikwazi ukuxazululwa nokuphepha kokuxhumeka. inkathazo efihliwe ukuthi ukwakhiwa okunonya kuletha. Sebenzisa ukuphela kwe-aluminium alloy ekhethekile kungagwema izinkinga ezifanayo.

Isizathu sesine: ngenxa yokuthi i-copper ne-aluminium transition terminal isetshenziswa ekuqaleni ukuxhuma ikhebula le-aluminium, ububanzi bangaphakathi be-terminal kanye nobubanzi obungaphandle bomqhubi wekhebula akuhambisani, amathuluzi akhethekile okukhwabanisa kufanele asetshenziswe, okuholela ekubeni kube nzima ukumisa intambo. ukwakhiwa, ukushiya izingozi zokuphepha kokuxhumeka. Sebenzisa ukuphela kwe-aluminium alloy ekhethekile kungagwema izinkinga ezifanayo. Chofoza isixhumanisi esingezansi ukuze ubone imininingwane

I-BLMT Bolt yohlobo lwe-torque yesixhumi semishini yesixhumi se-Aluminium ingxubevange yocingo lwekhala ingaxhuma intambo yethusi/i-aluminium/aluminium ingxubevange

I-gasket equkethe ingashintshwa ibe inombolo yesikwele yekhebula ene-conductive paste conductivity ingcono, ngokuvamile ithunyelwa eYurophu noma eJapane nakwamanye amazwe impahla ye-alloy eqinile akulula ukuguquguquka, ukumelana nenkohlakalo okuqinile okuqinile esifundeni imikhiqizo yangempela kagesi emihle. ngekhwalithi!