I-spunlace ekhethekile eqinisiwe ye-electrode ezwakalayo ye-preoxidized yokugcina amandla amabhethri e-vanadium
Incazelo Yomkhiqizo
U-Changshu Yongdeli Spunlaced Non-woven Fabric Co., Ltd. Ngokuhlanganisa ngokujulile ubuchwepheshe bokucutshungulwa kwefayibha esezingeni eliphezulu nezinqubo ezintsha ze-laminated spunlace, sikulethela izixazululo ze-electrode ezinikeza ukugxuma kokusebenza kanye nokwehliswa kwezindleko, okukhulula ngokugcwele amandla akhulayo amabhethri e-vanadium! Inzuzo eyinhloko: Ukuphazamiseka okukabili ekusebenzeni nezindleko.
Ukusebenza kahle kwamandla kuyagxumela, izinzuzo ziyabonakala!
Ngokusebenzisa imikhiqizo yenkampani yethu kanye nokucutshungulwa yizinkampani ezansi nomfula ngemva kokucutshungulwa, indawo engaphezulu ye-electrode inikezwa amaqembu asebenzayo aqukethe umoya-mpilo (okuqukethwe kwe-athomu ye-oxygen 5-30%) kanye nesakhiwo sembotshana esenziwe kahle (indawo ethile engu-5-150 m²/g). Lokhu akugcini nje ngokuthuthukisa kakhulu umsebenzi we-electrocatalytic we-electrode yokusabela kwe-REDOX ye-vanadium ions, kodwa futhi kunciphisa kakhulu i-electrochemical polarization. Idatha yangempela elinganisiwe iyamangalisa
✅ Emazingeni aphezulu angama-milliamperes angama-350, ukusebenza kahle kwamaseli kuphezulu njengokufika ku-96%, ukusebenza kahle kwamandla kagesi kufinyelele ku-87%, kanye nokusebenza kahle kwamandla kudlula ama-85%. Ukusebenza kahle kwamandla okuphakeme kusho ukulahlekelwa kwamandla amancane, aguqulwa ngokuqondile abe yimali yangempela yokusebenza kweziteshi zikagesi!
Ukwehliswa kwezindleko ngo-30%, ukubuya kwe-investimenti kuyanda!
Siyinqoba ngendlela entsha inkinga yokuba brittleness yamafayibha afakwe ngaphambili nge-oxidized ngenqubo enembile nekhethekile yokuphola, ukuzuza ukuhlakazeka kwefayibha efanayo kanye nokwakheka okuzwakalayo okunamandla aphezulu kanye nokuqina okuphezulu.
✅ Into yokuqala ye-electrode ebhontshiwe ngenaliti yathathelwa indawo kwakhiwa impahla ye-electrode eqinisiwe eqiniswe nge-preoxidized. Isisindo nokuqina kwento efanayo kwehle cishe ngo-20-30%. Zonke izinkomba zokusebenza azizange zehle kodwa esikhundleni salokho zanda, zehlisa umthamo we-reactor.
I-conductivity engenakukhathazeka namandla anamandla!
Inethiwekhi ezinzile enezinhlangothi ezintathu eyakhiwe inqubo ekhethekile ye-spunlace, ukugeleza kwamanzi aguquguqukayo anengcindezi ephansi kunciphisa izinga le-fiber elingalimazi, kanye nokubambeka okuphezulupifakwe kabushaimicuiyasiza ekuthuthukiseni izinga le-graphitization. Indwangu yendwangu ibushelelezi futhi ihlanzekile, inciphisa ngokuphawulekayo okuqukethwe kothuli kanye nempushana, inciphisa kakhulu ukumelana kwangaphakathi kwe-ohmic ye-electrode, futhi inciphise ngempumelelo i-ohmic polarization.
✅ Ukumelana okuphansi kusho ukulahlekelwa amandla amancane kanye nokuphuma kwebhethri okuzinzile futhi okunamandla ngesikhathi sokushaja nokukhipha amandla aphezulu!
✅ Ukuqedwa okungaphezulu ngemva kokuqaliswa kanye nama-micropores aminyene nama-mesopores ahlinzeka ngenkundla edingekayo ye-PECVD kanye nezimo ezidingekayo zokuqedwa kolwelwesi lwe-ion-exchange.
Umsele wobuchwepheshe: Inqubo ye-spunlace ekhethekile
✅ Ukulawulwa kwe-fiber: Ingqikithi ithatha imicu ye-preoxidized engenisiwe yamamodeli ahlukene ukuze kufinyelelwe ukuxutshwa kwemicu yokucolisa okuhlukile, njll. Ngokuvula okuthuthukisiwe okungabhubhisi, amakhadi, ukubeka iwebhu kanye nobuchwepheshe bokuphotha okuvunguzayo, ama-monofilaments kanye nokuhlakazwa komfaniswano kwemicu kuyaqinisekiswa, phakathi kwayo imicu eqinile esebenza njenge-fiberwork ye-fiberwork emithathu esebenza njenge-fiber denser denser. Ukudweba "ungqimba lwangaphakathi lwangaphakathi" lomqondo wokuminyana oguquguqukayo, lo mkhiqizo udlula kude amandla aqinile, ukuminyana kwendawo, nesisindo esifanayo nokuqina komuzwa ofanayo wenaliti. Yakha uhlaka lwenethiwekhi olunezinhlangothi ezintathu olune-porosity ephezulu (kufika ngaphezu kuka-90%), ukungena okuphezulu namandla okusebenza okuhle kakhulu ukuze umelane ngokuqinile nokuguguleka kwe-electrolyte futhi uqinisekise impilo yomjikelezo omude.
✅ Ukuqedwa kokuphonswa kwe-spunlace komfutho ophansi ovunguzayo: Kusetshenziswa inqubo yokuphotha kwe-spiral low-pressure. Umthelela wokugogeka oguquguqukayo wenaliti yamanzi enhle: Ubushelelezi bokugcina bomhlaba: Yehlisa ama-burrs, izinga lokulimala kwefayibha ephansi, uthuthukise ukufana kokuxhumana phakathi kwe-electrode ne-diaphragm, futhi unciphise ukumelana nokuxhumana.
✅ Umthetho we-Micropore owenziwe kahle: Lungiselela ukusatshalaliswa kwezimbotshana, uthuthukise ukumanzisa kwe-electrolyte, futhi uthuthukise ukusebenza kahle kwezokuthutha kwezinto ezisebenzayo.
✅ Inkampani yethu yamukela umshini wokuvula osebenza kahle kakhulu futhi ongonakali othuthukiswe thina ngokwethu, ibhokisi likakotini eliphefumulayo lokuphakela ukotini umfaniswano owengeziwe, umshini wokubeka amakhadi we-clamping onesivinini esikhulu futhi onesivuno esikhulu ongabhubhisi wamamitha angu-3.75, kanye nomshini wokubeka inetha ogcwele ngesivinini esiphezulu. Thuthukisa ngokuphawulekayo ukufana nokuzinza kwesakhiwo semizwa: nciphisa amaphuzu abuthakathaka, futhi wenze ukusebenza okuphelele kwe-electrode kuhambisane futhi kuthembeke.
✅ Ububanzi obukhulu bunciphisa ukulahlekelwa. Ububanzi obukhulu benkampani yethu bungafinyelela kumamitha ayi-3.2.
✅ inkampani yethu idale ngokuzimela ubuchwepheshe be-anti-static bokukama. Ngesikhathi sokuvula imicu ye-preoxidized kanye nenqubo yokubeka amakhadi, awekho ama-antistatic agents amakhemikhali angeziwe. Uchungechunge lwezinkinga ezibangelwa ukwengezwa kwama-agent amakhemikhali e-antistatic ku-carbonization elandelayo, i-graphitization kanye nezinqubo zokuvula azisekho.
Ukuqhathaniswa kwamapharamitha amakhulu wezobuchwepheshe
| Ukuqhathanisa ubukhulu | Inaliti ebhontshiwe i-preoxygenation izwakele | I-spunlace ekhethekile i-fiber oxidized pre oxidized |
| izindleko zokukhiqiza | Phansi | Kunyuke ngo-20% uma kuqhathaniswa nesibhakela senaliti |
| Ukuminyana okusebenzayo kwamanje | 80 milliampere per square centimeter yesikwele isitoreji esivamile samandla | I-350mAh/cm2 yesimo samandla aphezulu |
| ukujiya | 1-5MM | I-10-30% ephansi kunaleyo yokubhoboza inaliti |
| Isisindo | 120-800gsm | 40-500gsm |
| I-Porosity | 70-80% | 90-99% |
| ukuminyana okufanayo | Ama-burrs wendawo abangela ukushintshashintsha kwe-±15% | Ukuminyana kwendawo elinganisiwe kushintshashintsha ngo-±5% |
| Ukuminyana endaweni ukujiya efanayo | 0.1-0.3 amagremu ngesentimitha yesikwele | 0.2-0.4 amagremu ngesentimitha yesikwele |
| Izinga lokuphulwa kwe-fiber | Amafayibha amade kunesentimitha elingu-1 enza ama-52% | Ingxenye yemicu emide kuno-1 centimeter ingu-85% |
| Ukushisa kwe-electrolyte | Isilinganiso singu-1 | I-needling ratio yesisindo esifanayo segram yi-1: 1.5 |
| I-Thermal conductivity | 0.05W/MK | 0.02-0.03W/MK |
| Izinsalela zamakhemikhali | Izinsalela zamakhemikhali ze-ejenti ye-antistatic | no |
| I-Ash powder 100% ethanol | iba mnyama uma icwiliswe ku-ethanol | Ayikho imvula ngemva kokucwiliswa emanzini |
| Imingcele yezobuchwepheshe ngemva kokucubungula |
| Isisindo singaphansi ngo-20-30% kunemikhiqizo ehlatshwe ngenaliti, enemingcele efanayo |
