Iimveliso
Iimela zokuqhawula iiCarbide ezichanekileyo zeCooper kunye neFoyile yeAluminiyam
Inkcazo eneenkcukacha
Iimela zeCarbide zeShenGong (SG) zigxile kwiiblade ze-tungsten carbide eziqinileyo ezilungiselelwe ukusetyenziswa kwefoyile. Ngobuchule bokusika i-foyile ye->3500 MPa (amandla okuqhekeka okunqamlezileyo) kunye nokuchaneka komphetho kwinqanaba le-micron, iiblade zethu ze-aluminium foyile ye-slitter zisusa uthuli, ii-burrs, kunye neziphene zomphetho—zilungele iifoyile ze-electrode zebhetri (i-Li-ion/NiMH), ukupakishwa okuguquguqukayo, kunye nezinto ezintsha ezidityanisiweyo.
Kutheni iiMeseji zokuSika ze-SG?
Ukusika iZero Burr: Itekhnoloji yokugaya encinci iqinisekisa ukusikwa okucocekileyo kwifoyile yobhedu eyi-3.5μm kunye nefoyile ye-aluminium eyi-15μm.
I-PVD Coating: Ihlala ixesha elide kangangee-3–5X xa ithelekiswa neeblade ezingagqunywanga. Iyamelana nokuguguleka, ukunamathela, kunye nokugqwala.
Izisombululo Zenziwe Ngokwezifiso: Guqula ububanzi beblade, i-engile yomphetho, okanye i-coating ukuze kuthintelwe imiphetho egobileyo kunye neziphene ezinxulumene noxinzelelo.
Inkxaso ye-ISO 9001 kunye ne-OEM: Ithenjwa ngababoneleli be-foil yebhetri yehlabathi kunye nabavelisi bomatshini wokunqumla.
Iimbonakalo
Izinto Eziqinileyo Kakhulu: I-tungsten carbide eqinisiweyo enobunzima be-HRC obungaphezulu kwama-90.
Yenzelwe iiThin Foils: Iphatha i-3.5–5μm copper foil, i-15μm aluminium foil, kunye nee-multi-layer composites.
Uyilo Oluchasene Neziphene: Olukhazimlisiweyo (ibhendi yomphetho) lunciphisa ukuqhekeka okuncinci kunye nokwahlukana.
Amandla Aphambili Kushishino: >3500 MPa ithintela ukuqhekeka phantsi kokusika okukhawulezayo.
Iinketho zokugquma zePVD/DLC: I-TiAlN, i-CrN, okanye ikhabhoni efana nedayimani (i-DLC) ukuze ihlale ixesha elide.
Iinkcukacha
| Izinto | øD*ød*T mm |
| 1 | Φ50*Φ20*0.3 |
| 2 | Φ80*Φ20*0.5 |
| 3 | Φ80*Φ30*0.3 |
| 4 | Φ80*Φ30*0.5 |
Izicelo
Iimela zokusila ze-carbide ze-SG zibalaseleyo kwimisebenzi yokusika ebalulekileyo kwizixhobo eziphambili. Zisebenza kakuhle kwiifoyile ze-anode ezibhityileyo kakhulu (3.5-8μm) kunye neefoyile ze-aluminium ze-cathode (10-15μm) kwiibhetri ze-lithium-ion/NiMH. Ababoneleli bezinto zebhetri baxhomekeke kwiiblades zethu kwiifoyile ezisongiweyo ezicocekileyo kakhulu, ukuqinisekisa ukuba imiphetho ayinangcoliseko. Abavelisi boomatshini bokusila badibanisa iiblades zethu ezinobubanzi obukhethekileyo kwizixhobo zokuguqula ifoyile ngokuchanekileyo. Iimela zikwavelisa iifilimu zokukhusela ze-EMI ezisikiweyo ezicocekileyo kunye ne-PCB substrates eziguquguqukayo ngaphandle kwee-microtears. Ngemiphetho egqunywe yi-PVD, baphatha iifoyile ezihlanganisiweyo kwiphakheji entsha yamandla kunye ne-elektroniki - rhoqo zisebenza ngcono kunezixhobo ezisemgangathweni kumgangatho womphetho kunye nobude bexesha.
Imibuzo neempendulo
Q: Imela ye-SG iyiphucula njani imveliso yefoyile yebhetri?
A: Ulawulo lwethu lomda olukwinqanaba le-micron lunciphisa ukukrazula kwefoyile kunye nokuveliswa kothuli, nto leyo ibaluleke kakhulu kwimveliso yebhetri ekhawulezayo.
Q: Ngaba ungalinganisa ubungakanani beblade ekhoyo?
A: Ewe! Nika ububanzi bakho, i-OD, i-ID, okanye i-engile yomphetho—sinikezela ngeemela zokunqumla ezihambelana ngokupheleleyo.
Q: Yeyiphi i-coating efanelekileyo yokusika ii-composite foils?
A: Kucetyiswa ukuba i-DLC coating ibekwe kwiifoyile ze-aluminium ezifakwe ikhabhoni ngenxa yeempawu zayo zokunganamatheli.
