EN
Igcinwa Lekhanda KukaHuaerda Umkhiqizo eChina 130 ℃ PEW 1.120mm Low-Resistance Enameled Wire Amakhabeli Amatholakala Amatholakala
Incazelo
Izimfanelo ezibalulekile
| Umvume Wokusebenzela | Ubungakanani Bekankomo Obungagcinanga | 1.120mm | |
| Isicathami Esimnyama | Ukugcinwa Kwesilika SePolyester | 5000V | |
| Indawo Yokwakheka | Jiangxi, China | Inombolo yemodeli | PEW |
| Igama leBrand | HUAERDA Ukusetshenziswa | Amamotore amancane nezibonakele, amakhulu... | |
| Uhlobo Lwemvume | Ezweni | Isimo | Umugqa omgugwe |
| Izinga lokushisa | 130℃ | Uhlobo | Isikhwama |
Ukupakisha nokulethwa
| Amaninzi akusethwe | ikilogama |
Uyathenga impahla yamandla enkimbini ngemikhawulo yomkhosi? Ungazishi kusuka kuHUAERDA, oyimfundi omkhulu waseChina obaziwa ngezinto ezithembekileyo nezisafelileyo.
I-HUAERDA 130℃ PEW 1.120mm Low-Resistance Enameled Wire Electrical Wires Cable iyindima eqhele kakhulu yonke into udlayo yamandla. Ngobude baka 1.120mm, lolu gqabi lwalaphala luyisisekelo esihle kuzindlela zonke apho ukukhulula okuncane kudingeka.
Yenza ngamathimeli amahle, lolwaka lwebhodi elekithirikhi lalidolobha ukuba libeke kusika okuphezulu kakhulu ku-130℃, lokhu kuyakuncema njengemisebenzi yonke indawo. Nakungani uyasebenza kumashini wesilustri, izixhobo, nokuba iziphazamiso, ungalindela ngelilo bhodi ubenze kube lula futhi libe nobubi obukhulu.
I-HUAERDA 130℃ PEW 1.120mm Low-Resistance Enameled Wire Electrical Wires Cable ayikhonzani kuphela kodwa nomdla wokusebenza. Isakhiwo salo esihlukile kanye nesilisa sikhomba ukufakwa kungenxa yokuthatha isikhathi esincane futhi usebenze ngempela.
Ngokuthenga kwephephandaba kukaHUAERDA, ungafuna amahololo aphezulu ekuthengeni okubanzi kwalokhu bhodi elekithirikhi ephambili. Nakungani ungumganga webhodi elekithirikhi noma ungumthandabuzi we-DIY, ungasebenzisa imithengo engcono kaHUAERDA ukuqasha konke okudingayo kumasebenzi akho.
Ungazange uqonde izikhwili zezekhane ezingaphansi kwezibalo ezikhethwayo ngokulinganayo nokusebenza. Khetha i-HUAERDA yonke into oyidingayo yokunakekelwa kwesikhwili esineleketrile ekhona futhi uzinze isiphazamiso esivela kumzimba wamakheloni amahle. Thembani kwegama likaHUAERDA njengomphathi othintekayo eChina bese uzola ukuphepha okutholakala xa uyazi ukuthi usebenzisa izikhwili ezilungile kakhulu ekhanda.
Thenga i-HUAERDA 130℃ PEW 1.120mm Low-Resistance Enameled Wire Electrical Wires Cable manje bese usuke emehlweni yakho yezekhane. Ngenkathi ye-HUAERDA, ungalindela ubunzima obungcono, amaphuzu angavangelwa kanye nesewebhizinisi yangempela. Ungalinde, thenga manje futhi ufunde kungani i-HUAERDA iyisicelo esihle kakhulu yezikhwili zezekhane eChina
Uhlobo |
Polyester |
Ipoliyethilene ehlukile |
I-polyurethane |
I-polyurethane |
Ipolyesterimide |
I-Polyamide-imide |
Ikhodi |
PEW, QZ |
PEW, QZ |
UEW, QA |
UEW, QA |
EIW, QZY |
EI/AIW, Q - ZY/XY |
Isigaba Samandla |
Isigaba B, 130℃ |
Isigaba F, 155℃ |
Isigaba F, 155℃ |
Isigaba H, 180℃ |
Isigaba H, 180℃ |
Isigaba H, 200℃/ 220℃ |
1. B: Kufuneni kanjani ukuphansi kwe-diameter yomnyango opholilewa?
I: Ubukhulu obuncane bokwezincika yemali ephuzwe esebenza ngayo kungenxa kuya kwe-0.060 mm. Sicabanga isabelo se-intanethi yokuphatha ukuqinisekisa ukuthi ukulinganisa okuphimile kanye nokukhululeka kwezinkelo zokunqanda kuzodlala futhi ngemuva kwemiphumela ephambene nezinhloso zokuphepha, okusetshenziswa kakhulu kuzindlela zokuclicka, izinto zokusebenza, izinhlayiya zokulandela kwezimali, ukuxhumana kwe-5G njll.
2. B: Singafake njani ubunzima bezenzo kumnyango opholilewa?
I: Sicabanga izinkinobho zokwenza ngokwesikhathi esifanayo ngokusebenzisa isistimu sophuwo olwenziweyo, futhi sinezinhlanhlanhla eziningi ze-patent kanye nezinhlanhla zokusebenza. Isibonelo, izincika ezingaphansi ephuzwe yokuxhumana kwe-5G ixhumanisa inkinga yokuqhuma kwezincika futhi inebhange yemali yaseDomiki ephakathi kwe-11.2%.
3. B: Iziphumo zombophu zifihlake phambi kwezigaba ezithile?
A: Sicabanga leli zwire yesi copper esikhululwe yamandla nezwire ezingenayo amandla, oku kungcono kunezwire zezokudla ngokuphezulu kwezokugcina amandla nokuxhumana, futhi siphumelele kwezifiso zokuhlinzwa. Isibonelo, ubukhulu bezi conductor kungu-99.97%, oku sicabanga ukuthi kunezokwehliswa phansi futhi kunezindleko ezincane ekusebenzeni ngokudala.
4. B: Ubude bendlela yokugcina umthwalo?
A: Kumaqo, singathunyela amagatsha kusindawo sokulayishwa ngaphakathi kwezinsuku ezisemthandwa emva kokuthola ukulayishwa. Kwezinyathelo zokwenza, ngokuvumelekile kudinga izinsuku ezingama-15 ku-30 ukuze sithunyelwe amagatsha kusindawo sokulayishwa emva kokuthola ukulayishwa.
5. B: Singayilungisa njani ingcinga yezinto ezingenanto?
A Sicabanga leli qoqo lomkhiqizo futhi uyashintshane nekhasimende.
6. B: Kungani ngifuna umthwalo wamahhala enameled ongena kwi-test yamanzi amnyama?
A: Imithwisto yenkululeko ikuthi indlela ecwaneni yokuthola amathisampuli ngokulungileyo kuyilokho esampulu singasebenziwe ngokukhuphuka noma ukubendula okungadingeki lapho sithathwa kwi-inthanethi. Qaphela ukuthi ukuqala nje ngeyiphi na itepe kufanele sithathe i-wire ephuzwe ngokuningi ukuze sithambe ukuthi esampulu asine i-wire engenayo. Ishelela ukubendula!
7. B: Kungani isiphazamo esiphawulwe kakhulu kunaleli yalinganiso?
A: Imithwisto yenkululeko ikuthi i-20 ℃ iyisimo sokuthenga ukukhawuleza, isifundazwe esifusi kunesemapheleni kubonakala okungu-30 ℃ noma ngaphezulu, futhi abasebenzisa abaningi awunayo ilaborithori yemigomo yemigomo, ngakho-ke iziphumo zokuthenga zizobonakala kakhulu. Noma ngokwesikhathi sokuguqula isimo se-20 ℃ ukukhawuleza.
8. B: Kungani kukhona uhlu olahlukene phakathi kwezinhlobo ezimbili zezinto?
A: I-wire ephuzwe iyisimo esifundwa ngokukhulu, ukuhluka okuncane kwemibala akuthinte kakhulu ubungozi, silungiselela ukusebenzisa.
9. B: Ngexesha lokusebenzisa umthwalo omdaka, kuzakuba nenkinga yokuthola i-thread futhi ayikwazi ukuthola i-thread?
A: Indlela ekhaziywa ngayo injongo yomthambeka kancane ikhazimula kancane, kungenzeka ukuthi ithintele. Kufanele uqine imithambeka konke (akwazi ukuthola umthambeka wokuphansi kumthambeka ukuqeqesha okuthile), umthambeka wokuphansi uphinde phezu kwesinye, sundisa okuthile kumthambeka wokuphansi, bese njengalezo uzothola umthambeka. Ukuthola umthambeka kungukuthi ususe okuthile kumthambeka wokuphansi, qiniseka ukuba uhlanganisa ngokuphakade, ungakhali umthambeka wakho.
