Iimveliso
Amagqabi aphezulu okusilayita kunye neemela ezityaliweyo ezisetyhula kwishishini le-lithium
Intshayelelo yeMveliso
I-Kedel brand alloy blade iye yaphuhliswa ukususela ngo-2009. Inkqubo yemveliso ikhulile kwaye ukusebenza kuhle.Ibambisene nabavelisi abaninzi bezixhobo zasekhaya.Imela eqhubekayo yokunqunqa iziqwenga zeepali ze-lithium zebhetri eziveliswe yinkampani yethu zenziwe ngesamente yomgubo we-carbide ecinezelwe kwaye ifakwe i-sintered.Ineempawu zokuqina okuphezulu, ukuxhathisa okuqinileyo kunye nemela yokuncamathela.Ikhethekileyo ekusombululeni iziganeko ezimbi ezahlukeneyo ezifana nemela encamathelayo, uthuli, i-burr, imela eprintiweyo ngasemva, i-wavy edge, umahluko wombala, njl. njl. Iblade yokuhlola epheleleyo yandiswa ngamaxesha angama-500 ngaphandle kwenotshi.Ngethuba lenkqubo yokusika i-electrode efanelekileyo kunye ne-negative i-electrode blade ye-lithium battery blade, ukuwa kunye ne-burr okubangelwa umgangatho ombi we-cuting edge kuya kubangela ukuba ibhetri ingxaki yesiphaluka esifutshane kwaye yenze ingozi enkulu yokhuseleko.Izixhobo ze-Chengdu kedel zineminyaka emininzi yamava ekuveliseni izixhobo ze-cemented carbide industry.Zonke iibhilithi ze-alloy ziveliswa ngokwazo.Inokuqonda okunzulu kwenkqubo yokugaya izixhobo ze-alloy.Ukubambelela kumoya "wengcibi", lawula ngokungqongqo ukunyamezela ubungakanani be-blade.Itekhnoloji ye-edge echanekileyo yokucoca itekhnoloji kunye ne-100% yezixhobo ezizenzekelayo zokuhlola inkqubo yokuhlola iqinisekisa ukusebenza kakuhle kwe-lithium ibhetri ye-electrode slice slitter.
Iimpawu zeMveliso
1. Ukusikwa ngokulula nangokukhawulezayo, ukusika bukhali, imela engeyontonga
2. Ubukhali obuhambelanayo kunye nobomi benkonzo ende ngenxa ye-100% yezinto ezibonakalayo.
3. Ubunzima obusasazwa ngokulinganayo kunye nokumelana nokugqwesa okugqwesileyo.
4. Ukusebenza okuzinzileyo kunye nokunciphisa ixesha lokunciphisa umatshini.
5. Ixabiso lokukhuphisana.
6. Unikezelo oluqinisekisiweyo lwehlabathi jikelele.
Izinto eziphathekayo
| IBanga | Ubungakanani benkozo | Ubuninzi (g/cm³) | HRA | Ukuqina kokuqina (kgf/mm²) | TRS (MPa) |
| KS26D | isohlwayo esiphantsi | 14.0-14.1 | 90.4-90.8 | 19-20 | 4000-4800 |
Iimpawu eziphambili kunye nemilinganiselo
| Ubungakanani obuqhelekileyo | ||||
| HAYI. | Igama lemveliso | Imilinganiselo(mm) | Iengile yomda | Izinto zokusika ezisebenzayo |
| 1 | Ukusika imela ephezulu | Φ100xΦ65x0.7 | 26°, 30°,35°,45° | Isiqwenga sepali yebhetri yeLithium |
| Ukusika imela esezantsi | Φ100xΦ65x2 | 26°, 30°,35°,45°90° | ||
| 2 | Ukusika imela ephezulu | Φ100xΦ65x1 | 30 ° | Isiqwenga sepali yebhetri yeLithium |
| Ukusika imela esezantsi | Φ100xΦ65x3 | 90° | ||
| 3 | Ukusika imela ephezulu | Φ110xΦ90x1 | 26°, 30° | Isiqwenga sepali yebhetri yeLithium |
| Ukusika imela esezantsi | Φ110xΦ75x3 | 90° | ||
| 4 | Ukusika imela ephezulu | Φ110xΦ90x1 | 26°, 30° | Isiqwenga sepali yebhetri yeLithium |
| Ukusika imela esezantsi | Φ110xΦ90x3 | 90° | ||
| 5 | Ukusika imela ephezulu | Φ130xΦ88x1 | 26°, 30°,45°90° | Isiqwenga sepali yebhetri yeLithium |
| Ukusika imela esezantsi | Φ130xΦ70x3/5 | 90° | ||
| 6 | Ukusika imela ephezulu | Φ130xΦ97x0.8/1 | 26°, 30°,35°45° | Isiqwenga sepali yebhetri yeLithium |
| Ukusika imela esezantsi | Φ130xΦ95x4/5 | 26°, 30°,35°,45°90° | ||
| 7 | Ukusika imela ephezulu | Φ68xΦ46x0.75 | 30°, 45°, 60° | Isiqwenga sepali yebhetri yeLithium |
| Ukusika imela esezantsi | Φ68xΦ40x5 | 90° | ||
| 8 | Ukusika imela ephezulu | Φ98xΦ66x0.7/0.8 | 30°, 45°, 60° | I-Ceramic diaphragm |
| Ukusika imela esezantsi | Φ80xΦ55x5/10 | 3°, 5° | ||
| QAPHELA: Ukwenziwa ngokwezifiso kufumaneka ngomzobo wabathengi okanye isampuli yokwenyani | ||||
Umatshini osebenzayo
BYD, Xicun, Yinghe, Yakang, Haoneng, Qixing, Rongheng, Hongjin, Weihang, Dongli, Dongli, Qianlima, CIS, xingheli, Dali, njl.
Ukupakisha kunye nokuhanjiswa
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