I-Lithium Battery Slurry Rotational Viscometer|Electrode Slurry Viscosity Testing Equipment

I-Lithium Battery Slurry Viscosity Testing Equipment Uhlolojikelele

I-Lithium Battery Slurry Rotational Viscometer yakhelwe ukulinganisa okunembile kwe-viscosity okusetshenziselwa ukuhlaziywa kwe-lithium-yebhethri ye-ion ye-slurry.

Ngesikhathi sokukhiqizwa kwebhethri ye-lithium, i-slurry viscosity ithinta ngokuqondile ukusebenza kokuxuba, ukufana kwe-coating kanye nekhwalithi ye-electrode. Le viscometer ejikelezayo isiza abakhiqizi bebhethri, izikhungo zocwaningo kanye namalabhorethri ukukala i-cathode slurry kanye ne-anode slurry viscosity ngokunembile ngaphambi kokumbozwa kwe-electrode.

Isetshenziswa kabanzi kuma-laboratories e-lithium yebhethri ye-R&D, imigqa yokukhiqiza umshayeli kanye nezinqubo zokulawula ikhwalithi yokukhiqiza ibhethri.

Izici Zomkhiqizo kanye Nezinzuzo Zomklamo

Ngomklamo ohlangene we-95 × 130 × 155mm kanye nesisindo esingu-2kg kuphela, i-viscometer ejikelezayo ifanele indawo yaselabhorethri neyokukhiqiza.

Ithuluzi linebhamuza eleveli{{0}eyakhelwe ngaphakathi, ikholomu ephakamisayo elungisekayo kanye{1}}nokusebenzelana okunobungane kokulawula ukuze kuthuthukiswe ukunemba kokulinganisa nokusebenza kalula.

Ukuze uthole imiphumela ethembekile yokuhlolwa kwe-viscosity, ukulawulwa kokushisa okufanele, ukuhlanzwa kwe-rotor nokubekwa okuvundlile kufanele kugcinwe ngesikhathi sokusebenza. Isetshenziswa kabanzi kumalabhorethri ebhethri e-QC, izikhungo ze-R&D kanye nemigqa yokukhiqiza yomshayeli.

Slurry Viscosity Control Ngesikhathi Electrode Manufacturing

I-slurry viscosity ithonya ngokuqondile inqubo yokugqoka i-electrode.
Izinguquko ku-viscosity zingathinta ukufana kwe-coating, ukusatshalaliswa kwezinto ezibonakalayo kanye nokuvumelana kwe-electrode. Ukuhlolwa kwe-viscosity okuvamile kusiza abakhiqizi balungise ukwakheka kwe-slurry futhi bagcine izimo zokukhiqiza ezinzile.

I-viscometer yebhethri ye-lithium slurry ejikelezayo isiza abakhiqizi:

● Gada ukuvumelana kwe-viscosity ye-slurry ngaphambi kokumboza
● Thuthukisa ukuqina kokunamathela kwe-electrode
● Nciphisa ukukhubazeka kokumboza okubangelwa ukuhlukahluka kwe-viscosity
● Lungiselela ukwakheka kwe-cathode ne-anode slurry
● Sekela ucwaningo lwempahla yebhethri nokulawula ukukhiqiza

Izicelo ku-Lithium Battery Manufacturing

I-viscometer ejikelezayo ilungele:

● Izinsiza zokukhiqiza ibhethri ye-Lithium{0}}ion
● Amalabhorethri okuthuthukisa impahla yebhethri
● Ukuhlolwa kwe-Cathode ne-anode slurry
● Ukuthuthukiswa kwenqubo yokuhlanganisa i-Electrode
● Ukukhiqiza{0}}isikali sebhethri
● Ukulawulwa kwekhwalithi yebhethri

Isimiso Esisebenzayo se-Lithium Battery Slurry Rotational Viscometer

I-viscometer ejikelezayo ikala i-slurry viscosity ngokuzungezisa i-spindle ngaphakathi kwesampula ye-electrode slurry.

Ngesikhathi sokuhlola, i-spindle izungeza ngaphakathi kwesampula ye-slurry ngesivinini esikhethiwe.

Ukumelana okukhiqizwa ukunyakaza kwe-slurry kuyalinganiswa futhi kuguqulelwe kumanani we-viscosity. Onjiniyela bangasebenzisa imiphumela yokuhlolwa ukuze bahlole ukuziphatha kokugeleza kwe-slurry ngaphambi kokumbozwa kwe-electrode.Ngokulawula isivinini sokujikeleza nezimo zokuhlola, abakhiqizi bangahlola ukuziphatha kokugeleza kwe-slurry futhi balondoloze ukusebenza okuzinzile kwe-electrode coating.

Ipharamitha yobuchwepheshe

1.Imiyalo yokusetshenziswa

 

(1) Ibhamuza lezinga

(2) Isikrini sokubonisa samanzi

(3) Ikhava

(4) Uhlaka lokuvikela i-rotor

(5) Isisekelo seyunithi eyinhloko

(6) Ikhibhodi yokusebenza

(7) Isixhumi serotha

(8) Irotha

(9) Inkinobho yokulungisa isisekelo seyunithi eyinhloko

2.Ukufakwa kwethuluzi
① Khipha isisekelo, ikholomu yokuphakamisa, i-viscometer host, i-adaptha yamandla, i-rotor nezinye izingxenye ebhokisini lokupakisha ngokushintshana.
② Faka ikholomu yokuphakamisa embobeni yesisekelo bese uyiqinisa ngenadi (inothi: ifindo lokuphakamisa libekwe kwesokudla, irack ibheke kuwe). Zungezisa ifindo lokuphakamisa ukuze ulungise ukucinana kokuphakamisa okufanele, ukuze umsingathi angasheleli phansi ngokuzenzakalelayo futhi ukumelana kuzwakale kumaphakathi ngesikhathi uphakamisa. Uma ixega kakhulu noma iqine kakhulu, ungayilungisa ngokulungisa isikulufu sokulungisa phambi kwesilayidi esiphakamisayo.
③ Faka isibambo sosotha wensimbi induku yokuxhuma embotsheni yesilayidi esiphakamisayo, qinisa ifindo lokulungisa ngemva kokusiqondanisa, bese ulungisa izinyawo zamaleveli amathathu ngaphansi kwesisekelo ukuze wenze ibhamuza leleveli ngaphezu kwethuluzi phakathi nendawo yesiyingi esimnyama.
④ Susa ikepisi yokuvikela ezokuthutha ngaphansi kwekhava yethuluzi ukuze uhlole ukunikezwa kwamandla, okumele kuhlangabezane nezimfuneko zokusebenza zaleli thuluzi. Vula amandla bese ithuluzi liyahlanganiswa.

3. Ukusebenza nokusetshenziswa kwethuluzi
1. Lungiselela cishe u-400 ml woketshezi oluzohlolwa, bese ubeka uketshezi oluzohlolwa kubhekha noma esitsheni esiqondile esiyicylindrical esinobubanzi obungekho ngaphansi kwama-60 mm nobude obungekho ngaphansi kuka-120 mm. Uma izimo zivuma, kungcono ukuyibeka esitsheni esikwazi ukuzungeza amanzi. Sebenzisa ithangi lamanzi lokushisa elingashintshi ukuze ulawule ngokunembile izinga lokushisa lesampula. I-viscosity iwumsebenzi wokushisa. I-viscosity yesampula izoshintsha ngokushintsha kwezinga lokushisa. Lapho izinga lokushisa liphakeme, i-viscosity iyancipha.
2. Kukhona okhiye abayisishiyagalombili kuphaneli, okungukuthi "Ukukhetha Rotor", "Isilungiselelo Sesivinini", "▲", "▼", "Qala", "Misa", "Sesha Ngokuzenzakalelayo", kanye "Qinisekisa Ukhiye".
3. Vula iswishi yamandla, cindezela inkinobho ethi "Ukukhetha Rotor" noma "Ukusethwa Kwesivinini", inombolo yendawo ehambisanayo ibaneka ngokumhlophe okubuyela emuva, bese ucindezela inkinobho ethi "▲" noma "▼" ukwandisa noma ukunciphisa inombolo ehambisanayo. Cindezela inkinobho ethi "Qinisekisa" ukuze umise inombolo yendawo ehambisanayo ukuthi ingabanizi kumhlophe okuhlanekezelwe.

4. Umugqa wesithathu esikrinini yinani eliphakeme elilinganiselwe ngaphansi kwenhlanganisela ye-rotor yamanje nesivinini.
5. Umugqa wesine ubonisa izinga lokushisa. (Qaphela: Lo msebenzi utholakala kuphela ngokuhlolwa kwezinga lokushisa ongakukhetha)
6. Ngemva kokuguqula imingcele yamanje, faka i-rotor ehambisana naleyo ekhethiwe esikrinini, kancane kancane ulungise i-knob yokuphakamisa, futhi ulungise ukuphakama kwe-rotor oketshezini olulinganisiwe kuze kube yilapho uphawu lwezinga le-liquid lwe-rotor (maphakathi ne-groove) lilingana ne-liquid surface. Uphawu lwezinga le-rotor liquid liboniswa emfanekisweni

7. Lungisa ngokucophelela ibhamuza leleveli ngaphezu kwethuluzi, hlola ukuthi ibhamuza liphakathi nendawo, futhi uqinisekise ukuthi ithuluzi lisesimweni sokusebenza esivundlile.

8. Chofoza inkinobho ethi "Qala" ukuze ulinganise. Ngalesi sikhathi, naka ushintsho lwamaphesenti angu-% esikrinini. Ukuqinisekisa ukunemba kwesilinganiso, iphesenti kufanele lizinze okokuqala ngqa. Ukufundwa kufanele kube phakathi kuka-10% no-100%. Ukusondela ku-50%, kungcono. Uma iphesenti inkulu kakhulu noma incane kakhulu, ububanzi kufanele bushintshwe. Ububanzi bunganwetshwa noma buncishiswe ngokushintsha isivinini noma i-rotor ukuze kufinyelelwe inani elifanelekile lephesenti elingu-%.

9. Uma i-viscosity elinganiselwe yoketshezi olulinganisiwe ingenakulinganiswa, kufanele ithathwe njenge-viscosity ephakeme. Ama-rotor kusuka ezincane kuya ezinkulu (izinombolo ze-rotor kusuka phezulu kuya phansi) kanye nesivinini esisuka kancane siye esisheshayo sikhethiwe. Empeleni, uketshezi oluphezulu-elibonisa i-viscosity lisebenzisa ama-rotor amancane (izinombolo zamarotha aphezulu) kanye nesivinini esinesivinini; uketshezi oluncane- lwe-viscosity lusebenzisa ama-rotor amakhulu (izinombolo eziphansi ze-rotor) kanye nesivinini esisheshayo.

10. Ngemuva kokuthi inani lizinzile, cindezela inkinobho ethi "Misa" ukuze ufunde idatha. Ngemva kokufunda idatha, cindezela inkinobho ethi "Misa" futhi ukuze ufake isimo sokulinda.

Umsebenzi wokusesha ozenzakalelayo

Umsebenzi wokusesha ozenzakalelayo uyireferensi esheshayo enikeziwe lapho ikhasimende lingazi ukuthi lingayikhetha kanjani "i-rotor" kanye "nesivinini".

① Faka i-rotor ehambisana nesikrini, bese ucindezela inkinobho "yokusetha isivinini", bese ucindezela inkinobho "yosesho oluzenzakalelayo", bese ucindezela inkinobho "qala" ukuze ufake isimo sokuhlola esizenzakalelayo.

② Ngalesi sikhathi, ikhasimende alidingi ukusebenzisa ithuluzi futhi lilinde ukwaziswa. Uma iphesenti % liphakathi kuka-10% -100%, ithuluzi lizosetha ngaphambilini i-rotor nesivinini esisetshenziswe ngalesi sikhathi njengoba kufanele, bese ucindezela inkinobho ethi "misa" kabili ngokulandelana ukuze uphume kulo msebenzi.

③ Ngokuya ngosayizi wephesenti onikeziwe ngenhla, yenza ukulungisa okuhle esivinini. Inani lephesenti % lingcono kakhulu ku-50%. (Qaphela: Akudingekile ukuthi kube ncamashi 50%, 30% ~ 60% kulungile)

Imitha yobubanzi

Izinyathelo zokuzivikela

1. Leli thuluzi lilinganiswe ngokuqinile futhi lahlolwa ngaphambi kokuphuma embonini. Ingasebenza ngokujwayelekile ngemva kokuvulwa. Sicela ufunde imanuwali yaleli thuluzi ngokucophelela ngaphambi kokusebenza futhi ulisebenzise ngokuqinile ngokwezidingo.

2. Ukunikezwa kwamandla kwethuluzi kufanele kulinganiswe ngaphakathi kwevoltheji eshiwo nebanga lephutha lemvamisa, ngaphandle kwalokho kuzothinta ukunemba kokulinganisa.

3. Uma ulayisha futhi uthulula i-rotor, phakamisa i-universal joint kancane phezulu bese uhlakaza futhi uhlanganise. Ungasebenzisi amandla amaningi. Ungenzi i-rotor lateral force ukugwema ukugoba i-rotor. Unganyakazi i-rotor ngamandla. Ukuphela kokuphela kokuxhuma kanye nentambo yokuhlanganyela kwendawo yonke kanye ne-rotor kufanele kugcinwe kuhlanzekile, ngaphandle kwalokho kuzothinta ukuxhumana okulungile kwe-rotor nokuzinza ngesikhathi sokujikeleza.

4. Qaphela ukuthi ngemva kokufaka i-rotor, ithuluzi akufanele liqalwe ngaphandle koketshezi ukuze kugwenywe ukulimala kwephuzu le-shaft nama-bearings.

5. I-rotor kufanele ihlanzwe ngesikhathi ngemuva kokusetshenziswa ngakunye. Lapho uhlanza, i-rotor kufanele ihlakazwe ukuze ihlanzwe. Kuvinjelwe ngokuqinile ukuhlanza i-rotor kuthuluzi. Ngemuva kokuhlanza, i-rotor kufanele ibekwe kahle ebhokisini lokugcina.

6. Ikepisi elimnyama lokuvikela kufanele lifakwe ethuluzini lapho uhamba futhi uthuthwa (Qaphela: isivalo sokuzivikela kufanele sikhishwe ngaphambi kokuba kuvuleke).

7. Musa ukuqaqa noma ukulungisa izingxenye zensimbi ngokuthanda kwakho, futhi ungangezi amafutha okugcoba uwedwa.

8. Ama-suspension amaningi, ama-emulsion, ama-polymers nolunye uketshezi-olunama-viscosity aphezulu "akuzona-uketshezi lwe-Newtonian". I-viscosity yabo ebonakalayo ivame ukushintsha ngesivinini sokugunda, i-rotor nesikhathi. Ngakho-ke, kuvamile ukuthi imiphumela ingavumelani lapho ilinganiswa ngaphansi kwama-rotor ahlukene, isivinini kanye nezikhathi. Akukhona ukuthi ithuluzi alinembile. Ngokuvamile, okungezona{7}}uketshezi lwe-Newtonian kufanele kukalwe ngaphansi kwerotha efanayo, isivinini, izinga lokushisa nesikhathi sokulinganisa.

9. Ithuluzi akumele libekwe eceleni noma ngokuvundlile.

10. Uma u-opharetha ekwazi ukulinganisa ngokuhambisana nezidingo ezilandelayo, inani elinembe kakhudlwana lingafinyelelwa.

A. Lawula ngokunembile izinga lokushisa loketshezi olulinganisiwe.

B. Gxilisa i-rotor oketshezini olulinganisiwe isikhathi eside ngokwanele futhi uyigcine ekushiseni okungashintshi ukuze ihambisane nezinga lokushisa loketshezi olukaliwe.

C Qinisekisa ukufana koketshezi olulinganisiwe

D Beka i-rotor phakathi nendawo yesitsha ngangokunokwenzeka ngesikhathi sokulinganisa

E Ngoketshezi-olune-viscosity ephansi, ngokuvamile sebenzisa i-rotor enkulu kanye nesivinini esiphezulu; ukuze uthole{{1}uketshezi lwe-viscosity ephezulu, sebenzisa i-rotor encane kanye nesivinini esiphansi

F Qinisekisa ukuhlanzeka kwerotha

G Vimbela amabhamuza ekunamatheleni phansi kwerotha lapho uthi lucwiliswa oketshezini olulinganisiwe.

Amacala ohlelo lokusebenza

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