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I-Advanced Extrusion Coater yoMgangatho oPhezulu
Izisombululo
I-Advanced Extrusion Coater yoMgangatho oPhezulu

I-Advanced Extrusion Coater yoMgangatho oPhezulu

  • Ububanzi bomphezulu ojikelezayo 450/650/800/1000/1200/1400/1600 mm
  • Isantya soomatshini Ubuninzi.150m/ngomzuzu
  • Isantya sokwaleka Ubuninzi.100m/min (I-electrode elungileyo) Ubuninzi.120m/min (I-electrode engalunganga)
  • Ukuqengqeleka kwe-steel roll ≤ 1.2 μm (imitha yelaser)
  • Ukuchaneka kokulawula uxinzelelo ≤±2N
  • Ukutshintshatshintsha kwesantya somoya ecaleni kweTuyere ≤±2%
  • Ukuphambuka okuhle nokubi: ≤±0.2mm
  • Ukuchaneka kokwaleka ≤±1.0% (Uxinano olunecala elinye) ≤±0.8% (Uxinano olunecala elinye)
  • Ububanzi obuvulekayo/obujikelezayo Ubuninzi.800mm (ukuvuleka) Ubuninzi.1200mm (ukuvuleka)
  • Uqwalaselo lwe-oven I-2/3/4/5m/ icandelo, isakhiwo se-oveni esipheleleyo, i-oveni enecandelo elinye exhotyiswe nge-roller yokuqhuba epheleleyo.
Qhagamshelana nathi

Ingubo yokukhupha

I-extrusion coater isetyenziselwa ukugquma umaleko osebenzayo we-foil yebhetri ye-lithium ion, kwaye i-anode kunye ne-cathode slurry zigqunywe ngokulinganayo kwi-pole piece, ukuze inkangeleko, ubungakanani kunye noxinano lwendawo zibe ngaphakathi koluhlu lweenkcazo zoyilo, kwaye emva koko zisongwe emva kokomiswa ukulungiselela inkqubo yasemva kwenkqubo. I-coating met hod yi-coating continuous coating, i-gap coating, njl.njl., enomsebenzi we-coating ceramics kumphetho wepleyiti elungileyo. Ngokwenkqubo yokugquma yomthengi, izixhobo ezinobubanzi obuhlukeneyo bomqulu kunye nobude be-oven zinokufaniswa ne-single-side kunye ne-double-side coating. Ukusebenzisa i-slit extrusion coating, ukuchaneka kwe-single-side density ye-pole piece yi-≤ ± 1.0%, kwaye ukuchaneka kwe-double-side density yi-≤ ± 0.8%. Ulawulo lwe-tension oluvaliweyo oluphindwe kabini, i-tension swing roller isebenzisa i-low friction cylinder, kwaye i-tension fluctuation yi-≤ ± 2N; Uhlobo olutsha lwe-coated steel roll shaft core lwenziwe ngokudibeneyo ukuphucula iipropati zoomatshini, kwaye i-steel roll jump yi-≤1.2μm (itafile ye-laser); I-Through-shaft DDR motor (kollmorgen) iqhutywa ngokuthe ngqo, kwaye i-linear speed fluctuation yi-≤± 3‰; I-arch type full main drive oven ingahambelana ne-4.5μm thin substrate coating.

Iingenelo zezixhobo

Ingubo yokukhupha

1. Sebenzisa i-chuck yomatshini efuthwayo enendlela ephindwe kabini yegesi, ukuze kuthintelwe ingxaki yokuba i-chuck yendlela enye yegesi yesiqhelo irhoxa emva kokuba iphakanyisiwe, kwaye kuthintelwe ukuwa kwe-coil.

2. Isakhiwo sengalo ekhokelwa kabini samkelwe ukuze sithathe indawo yendlela yokuqondisa umngxuma weteleskopu, enezibonelelo zokuxhathisa ukuguguleka, amandla okuthwala aqinileyo kunye nokuthembeka okuphezulu.

3. Ukutya okuphindwe kabini okuhamba ngaxeshanye kusebenzisa uyilo lwe-A\B screw pump peak kunye ne-trough contraposition, enokuphucula uzinzo loxinzelelo lokugquma kwaye ngaloo ndlela iphucule ukuhambelana koxinano lwendawo.

4. Beka intloko yomatshini wobuso be-B kwiqonga elizimeleyo kumgangatho wesibini uze uyikhuphe kwiqonga lentsimbi elisemsileni, ngaloo ndlela uphephe ngempumelelo impembelelo yokungcangcazela kweqonga lomsila ekuchanekeni kokugquma; Rhoxisa indlela yokukhwela ukuze unciphise umngcipheko wokunyuka nokushwabana.

5. Uhlalutyo lolwelo oluchwephesha kunye noyilo, uyilo oluzimeleyo lomoya obuyelayo, ukusombulula iingxaki zokomisa okungalinganiyo, ukugoba kunye nokomisa kakhulu kumacala omabini kunye nendawo ephakathi yesiqwenga sepali.

6. Ukulinganisa ulwelo lwe-oven, isakhiwo se-nozzle yokukhulula uxinzelelo esiyilwe ngokukodwa + umgodi wokulinganisa uxinzelelo olunezigaba ezininzi, ukuguquguquka kwesantya somoya ecaleni kwe-nozzle enye yi-≤ ± 2% (ilinganisiwe), nto leyo ephucula ukuqina kokoma kwaye inciphise umngcipheko wokuphambuka kwentonga kwi-oven.

7. Eli shishini liseke umatshini wokugquma i-infrared enesantya esiphezulu esipheleleyo esinobubanzi obuyi-1600, ohambelana ne-4um copper foil kunye ne-6um aluminiyamu foil, uyilo lwe-oven olupheleleyo, i-driving roller magnetic wheel drive, ayinayo i-maintenance, i-high stability, i-high stability coating ngaphandle kwe-curling, crack, wrinkling kunye nezinye iingxaki.

i-adv2dcs

Imibuzo ebuzwa rhoqo

1. Q: Ungajongana njani nokusilela komatshini komatshini wokugquma?

A: Kuya kubakho ukusilela okuhlukeneyo kwinkqubo yomatshini wokugquma i-extrusion, njengokuma komatshini, ukuvuza kweoyile, umonakalo njalo njalo. Isisombululo kukujonga ukuba iindawo zomatshini zonakele okanye azikho, ukugcina umatshini ucocekile kwaye womile, ukujonga rhoqo ukuba iindawo zomatshini ziqhelekile na, kunye nokulungisa imeko yokusebenza komatshini ngexesha.

2. Q: Ungajongana njani nobunzima obungaqhelekanga bokugquma i-extrusion?

A: Xa ubunzima bokugquma okuphumayo bungaqhelekanga, bunokubangelwa zezi zizathu zilandelayo: 1. Iimpawu ze-rheological zezinto zokugquma azizinzanga; 2. Ukusilela kwezixhobo: Izixhobo zokugquma okuphumayo zinokuba neempazamo ekusebenziseni, njengokungasebenzi kakuhle kwe-extruder kunye nokuvaleka kwentloko yokugquma. 3. Ukusebenza okungafanelekanga: Ukusebenza okungafanelekanga ngabaqhubi ngexesha lokugquma okuphumayo, njengokukhawuleza kakhulu okanye isantya sokugquma esicothayo kunye nomgama ongafanelekanga phakathi kwentloko yokugquma kunye ne-substrate, kunokukhokelela kubunzima obungaqhelekanga bokugquma okuphumayo.

3. Q: Zeziphi iindlela zomatshini wokugquma iibhetri ze-lithium ion?

A: Ezi zimbini zifanelekileyo kwiibhetri ze-lithium zezi: 1. Ukwaleka kokudlulisa, okwaziwa ngokuba kukugquma okuqengqelekayo; Ukwaleka kokukhupha, okwaziwa ngokuba kukutshiza.

4. Q: Yintoni i-pole piece coater?

A: Umatshini wokugquma i-pole piece ngumatshini wokugquma osetyenziswa kwicandelo lokugquma i-slurry kwiipali ezilungileyo nezingalunganga zeebhetri ze-lithium. Kwinkqubo engaphambili yokuvelisa ibhetri ye-lithium, i-pole piece likhonkco elibalulekileyo lokuvelisa, kwaye ukufana kokugquma i-slurry kumphezulu we-base metal metal current foil yeziqwenga ze-pole ezilungileyo nezingalunganga kuchaphazela ngokuthe ngqo uzinzo kunye nokhuseleko lokusebenza kwebhetri ye-lithium. Ke ngoko, umatshini wokugquma i-pole piece piece ngomnye wezixhobo eziphambili kwizixhobo zokuvelisa ibhetri ye-lithium, kwaye xa kuthelekiswa nezinye iimatshini zokugquma, eli shishini linemiqobo ephezulu yobugcisa.

5. Q: Ungawugcina njani umatshini wokugquma ibhetri ye-lithium?

A: 1. Jonga izikrufu zazo zonke iindawo zomatshini wokupakisha umatshini wokugquma rhoqo ukuze uphephe ukuthamba. 2. Nika ingqalelo kwiindawo zombane zomatshini wokugquma ezingangeni manzi, ezingangeni manzi, ezingangeni manzi kwaye zingangeni impuku. Ingaphakathi lebhokisi yokulawula umbane kunye nesiphelo kufuneka zigcinwe zicocekile ukuze kuthintelwe ukungasebenzi kakuhle kombane. 3. Emva kokucima, inxalenye yokulinganisa kufuneka icocwe ngexesha ukuqinisekisa ukuba itreyi yezinto kunye ne-turntable zicocwa kwishifti nganye ukuze zingangcoli. Coca rhoqo uthuli kwikhabhathi yombane ukuze kuthintelwe ukudibana okubi kunye nezinye iingxaki, njl.

i-faq7pe