Njengenkampani ephethwe ngokuphelele yi-EMT, i-Henan Huajia New Material Technology Co., Ltd. yasungulwa ngo-2009. Le nkampani igxile ocwaningweni, ekuthuthukisweni nasekukhiqizweni kwamafilimu ensimbi ama-capacitor asukela ku-2.5μm kuya ku-12μm. Njengoba inemigqa yokukhiqiza ekhethekile engu-13 esebenza, inkampani inesilinganiso sokukhiqiza saminyaka yonke samathani angu-4,200 futhi inamakhono aphelele asukela ku-R&D kuya ekukhiqizweni okukhulu.
1.Ukugxila Ezindaweni Eziyisikhombisa Ezibalulekile Zokusebenzisa
Kusukela yasungulwa, inkampani igxile ku-R&D kanye nokukhiqizwa kwamafilimu ensimbi ama-capacitor embonini entsha yamandla, futhi izibophezele ekuhlinzekeni amakhasimende ngemikhiqizo nezinsizakalo ezenziwe ngokwezifiso. Izinhlelo zayo zomkhiqizo zihlanganisa izimoto ezintsha zamandla, ama-photovoltaics ahlanganisiwe nasatshalaliswayo, ukukhiqizwa kwamandla omoya, ukudluliswa kwamandla e-DC okuguquguqukayo kanye nokuguqulwa, ukuthutha kwesitimela, imikhiqizo yohlobo lwe-pulse, kanye nemikhiqizo esezingeni eliphezulu lokuphepha.
Uchungechunge Lwemikhiqizo Emine Emikhulu
1.1Ifilimu ye-aluminium enensimbi ye-zinc enohlangothi oluqinile
Lo mkhiqizo ubonisa ukuhanjiswa kwamandla okuhle kakhulu, ukusebenza kahle kokuziphilisa, ukumelana okunamandla nokugqwala komoya, kanye nokuphila isikhathi eside kokugcina. Usetshenziswa kuma-capacitor ezimotweni, kuma-photovoltaic, emandleni omoya, kuma-pulse, kanye nasezinhlelweni zamandla.
1.2Ifilimu yensimbi eyenziwe nge-zinc-aluminium
Lo mkhiqizo ubonisa ukubola okuncane kakhulu kwe-capacitance ngesikhathi sokusetshenziswa isikhathi eside futhi unesendlalelo se-plating okulula ukusifafaza ngegolide. Usetshenziswa kakhulu kuma-capacitor e-X2, ukukhanyisa, amandla, ama-electronics kagesi, izinto zasekhaya, njalo njalo..
TUmkhiqizo une-conductivity enhle kakhulu, ukusebenza okuhle kokuziphilisa, ukumelana okunamandla nokugqwala komoya, kulula ukuwugcina, futhi uhlala isikhathi eside eshalofini. Usetshenziswa kakhulu kuma-capacitor wezinto zikagesi, ukukhanyisa, izinhlelo zokusebenza ze-pulse, amandla, izinto zikagesi zamandla, kanye nezinto zasendlini.
Ifilimu yokuphepha itholakala ngezinhlobo ezimbili: ububanzi obugcwele kanye nobubanzi obuyingxenye. Inikeza izinzuzo zokuvimbela ilangabi kanye nokuvikelwa kokuqhuma, amandla aphezulu e-dielectric, ukuphepha okuhle kakhulu, ukusebenza kukagesi okuzinzile, kanye nezindleko ezincishisiwe zokumelana nokuqhuma. Isetshenziswa kuma-capacitor ezimotweni zamandla amasha, izinhlelo zamandla, ama-electronics kagesi, iziqandisi, kanye nama-air conditioner.
2. Amapharamitha obuchwepheshe ajwayelekile
| Imodeli yefilimu eyenziwe ngensimbi | Ukumelana okujwayelekile kwesikwele (I-1965)Iyunithi:i-ohm/sq） |
| Ifilimu ye-aluminium enensimbi ye-zinc enohlangothi oluqinile | 3/20 |
| 3/30 | |
| 3/50 | |
| 3/200 | |
| Ifilimu yensimbi eyenziwe nge-zinc-aluminium
| 3/10 |
| 3 /20 | |
| 3/50 | |
|
| 1.5 |
| 3.0 | |
| Ngokwezidingo zamakhasimende |
Inzuzo yayo isekukwazini ukwandisa indawo yokuxhumana, ukuqinisekisa ukuthintana okuhle endaweni efuthwe ngegolide. Lo mklamo unikeza i-ESR ephansi kanye nezici ze-dv/dt eziphezulu, okwenza kube kuhle kakhulu kuma-capacitor e-X2, ama-pulse capacitors, kanye nama-capacitor adinga i-dv/dt ephezulu kanye nemisinga emikhulu ye-impulse.
| Ubukhulu Bokusika Amagagasi Nokuphambuka Okuvumelekile(I-1965)Iyunithi:mm） | |||
| Ubude begagasi | Ukuphakama Kwamagagasi (Isigodi Esiphakeme) | ||
| 2-5 | ±0.5 | 0.3 | ±0.1 |
| 8-12 | ±0.8 | 0.8 | ±0.2 |
4. Ukusekelwa kwemishini yobungcweti
Le nkampani ifakwe imishini yokukhiqiza yobungcweti futhi inamakhono okukhiqiza amakhulu azinzile. Inamasethi ayi-13 emishini yokumboza nge-vacuum ephezulu kanye namasethi angama-39 emishini yokusika enembile kakhulu, enikeza ukwesekwa okuqinile kwehadiwe ukuze kukhiqizwe kahle futhi kusezingeni eliphezulu. Okwamanje, ifektri inesilinganiso sokukhiqiza saminyaka yonke samathani angu-4,200, okwenza ikwazi ukuhlangabezana nezidingo zokuhlinzekwa okuqhubekayo kokubili ezimakethe zasekhaya nezamazwe ngamazwe zemikhiqizo ehlobene.
Isikhathi sokuthunyelwe: Okthoba-25-2025
