Inkcazo

Thumela u kuphanda

1. Core Product Positioning

IBattery Grade Flake Graphite yenziwe ngegraphite ephezulu-yokucoceka kwendalo yeflake njengemathiriyeli ekrwada, ifumana idatha enkulu{1}}isulungekisiwe (ucoceko lufikelela kuma-99.95%+) kunye neenkqubo zokumila. Umsebenzi wayo ongundoqo kukuUkubonelela "i-conductivity ephezulu + i-impedance ephantsi + ukukhwela ibhayisekile ende" inkxaso ye-lithium - i-electrode yebhetri ye-ion, ukujongana neentlungu zexabiso eliphantsi{0}}lokukhupha ukusebenza kakuhle kunye nobomi obufutshane benkonzo yee-electrode zegraphite zendabuko. Yimathiriyeli engundoqo encedisayo kwi-2025 ye-lithium -i-ion ibhetri ye-anode yemakethe ye-anode (i-accounting ye-62% ye-anode conductive agent esetyenziswayo, kunye ne-16.8% yezinga lokukhula lonyaka; Umthombo weDatha: I-Lithium yaseChina -I-Ion Battery Industry White Paper).

2.Iiparamitha zeTechnical

Iimpawu zobuGcisa	ImiGangatho yeeNkcazo eziPhambili	Imigangatho yoVavanyo	Ireyithi yeNkcazo yeDatha enkulu
Isiqulatho seCarbon esisigxina	Enkulu kuno okanye ilingana ne 99.95%	GB/T 15334	98% (Imfuno egxininisiweyo yococeko oluphezulu)
Umxholo wesulfure (S)	Ngaphantsi okanye ilingana no 50ppm	GB/T 14506.33	I-96% (Imfuno yokuthintela ukubola kwe-electrode)
Umxholo wentsimbi (Fe)	Ngaphantsi okanye ilingana no 30ppm	GB/T 14506.33	97% (Ukuphepha ukuzikhupha kwebhetri{1}}
Ukuhanjiswa kobungakanani beNcam yeNcam (D50)	5-50μm (inokwenziwa ngokwezifiso)	GB/T 19077	I-94% (Ukulungelelanisa kwiinkcukacha ezahlukeneyo ze-electrode)
Ukuqhuba koMbane	Enkulu kuno okanye ilingana no 1,800 S/m	GB/T 3074.2	92% (Ukuphucula intlawulo{1}}ukukhupha ukusebenza kakuhle)
I-Thermal Conductivity	Enkulu kuno okanye ilingana no 250 W/(m·K)	GB/T 10297	89% (Ukulawula ukunyuka kobushushu be-electrode)
Umxholo wokufuma	Ngaphantsi okanye ilingana no-0.2%	I-GB/T 12496.4	99% (Ukuthintela i-electrolyte hydrolysis)

Iimpawu ze-3.Core

Ucoceko oluPhezulu{{0} oluPhezulu olunoBungcoliseko obuPhantsi: Ngokwedatha evela ngaphezu kwe-1,200 yovavanyo lokufumanisa i-elemental, i-sulphur (S) Ngaphantsi okanye ilingana ne-50ppm, isinyithi (Fe) Ngaphantsi okanye ilingana ne-30ppm, kunye nokufuma Ngaphantsi okanye ilingana ne-0.2%. Oku kuthintela ukubola kwe-electrode okubangelwa bubumdaka, kunciphisa izinga lokukhupha iseli yebhetri{6}} ukuya kwi-0.05% ngosuku (ngaphantsi kakhulu kunomndilili woshishino we-0.12%);

Okugqwesileyo koMbane kunye neThermal Conductivity: Ngeconductivity yombane enqamlezileyo ye-1,800 S/m kunye ne-thermal conductivity ye-Greater than or equal to 250 W/(m·K), iimvavanyo kwiiseli zebhetri ezingaphezu kwama-800 zibonisa ukuba inokonyusa ibhetri ye-lithium{5}}yokukhupha ukusebenza nge-5% kwaye yehlise i-electrode{5 yokukhupha iqondo lobushushu ngexesha le-8;}

Ukuhambelana kweMophology eZinzile: Ububanzi be-flake buvela kwi-5-50μm (i-customizable), kunye nobunzima be-0.5-2μm. Ngokusebenzisa iimvavanyo zokugquma i-electrode ezingaphezu kwama-300, ukuhlakazeka okufanayo kunye nezixhobo ezisebenzayo Kukhulu kunokuba okanye kulingane ne-96% (inqaku le-9.5 kwisikali se-10-point), kwaye ayichaphazeli ukuxinana kwe-electrode compaction (izinga lokugcinwa Omkhulu okanye elilingana ne-98%);

Ixesha elide{0}}Uzinzo lweBhayisekile: Emva kwe-10,000 yeemvavanyo zomjikelo wokukhupha i-electrode, izinga lomonakalo wesakhiwo se-electrode lingaphantsi okanye lilingana ne-3%, kwaye izinga lokugcinwa kweeseli zebhetri liKhulu okanye lilingana ne-85% (xa kuthelekiswa ne-72% kuphela yegraphite yendabuko). Ihlangabezana ne-5-8 yenkonzo yenkonzo yeminyaka eyi-8 yeebhetri ze-lithium-ion (imfuno esezantsi yolu phawu yenza i-81%).

4. Izicelo ezingundoqo

Amandla ebhetri yeAnode(Umlinganiselo we-52%, imeko enkulu yesicelo): Yongezwa njenge-anode conductive agent (imali eyongezelelweyo: 2-}5%), ifanelekile kwi-ternary lithium kunye ne-lithium iron phosphate power battery. Ngokutsho kwedatha yeshishini lemoto, inokwandisa ubomi bomjikelezo webhetri yamandla nge-15% kwaye inciphise ixesha lokutshaja ngokukhawuleza nge-8-10 imizuzu;

Ugcino lwamandla iLithium{0}}Ii-Electrodes zeBatri ye-Ion(28% proportion): Isetyenziswa kwi-electrodes positive/negative ye-100-2,000 kWh yokugcina amandla ebhetri, iphucula{4}uzinzo oluphezulu lokuhlawulwa kweebhetri kwaye yandisa inkqubo yokugcina amandla esebenzayo ukuya kuma-92% (xa kuthelekiswa ne-88%Umer Electronics Lithium{0}}Ion Ibhetri yeElectrodes(umlinganiselo we-15%): Ifanelekile ibhetri ye-lithium -ibhetri ye-ion kwiifowuni eziphathwayo kunye neelaptops, iyanciphisa ukuxhathisa kwangaphakathi kwe-electrode, yandisa ubomi bebhetri nge-10-12%, kwaye yehlisa ukuveliswa kobushushu ngaphezu kwe-10℃ngexesha lokutshaja ngokukhawuleza;

ILithium ekhethekileyo{0}}Indawo yebhetri yeIon(5% umlinganiselo): Isetyenziswa kwiibhetri ze-lithium -ze-ion kwiidrones, i-aerospace, kunye ne-aviation, iyamelana namaqondo obushushu agqithisileyo -50℃~ 120℃, kunye nokuthotywa kombane ongaphantsi okanye okulingana ne-4%, ukuqinisekisa ukunikezelwa kombane okuzinzileyo kwiibhetri kwiindawo ezinzima.