izindaba - Shandong Zhongshan Photoelectric Materials Co., Ltd

2023-07-18

Amabhizinisi Womkhundla Wendabuko E-New Photeelectric Racerack - Zibo nsuku zonke gxila kuguquko lomgwaqo we-Zhongshan Group Enterprise

Ngabe amandla akhethekile wemishini aphule kanjani ebhodleleni le-lightweeck engasindi, ende ekukhuthazeleni, futhi avumelane nezimo eziphakeme neziphansi zokushisa okuphezulu? Ngabe inqubo ye-chip esezingeni eliphezulu inqoba kanjani inkinga yokwenziwa kwasendaweni kwezinto ezibalulekile? I-Shandong Chongshan Group, e-Zichuan, inika "impendulo ye-Zibo"! Abazange banqobe kuphela insimu esemqoka ye- "Jam intamo" technology, kepha futhi imikhiqizo isetshenziswe kabanzi kwizimboni ezikhethekile kanye nezimboni ze-semiconductor. Amandla we-Pilot, jikisa igagasi. Iqembu likaShandong Chongshan ekuqaleni laliyibhizinisi lomlomo, kungani laba yinhlonhlo "ephezulu"? Izinto zokwakha, amandla, ukuvikelwa kwemvelo, izinto ezintsha, la maphrojekthi abonakala angenakubonwa, ukuthi angazakhela kanjani izimangaliso zezimboni? Ezinsukwini ezimbalwa ezedlule, intatheli yangena eShandong Chongshan Group ukuhlola iphasiwedi yenguquko. Usimende wendabuko uthi "i-rustra eluhlaza" Izigidi ezingama-300 yuan ze- "Green" Ukutshalwa kwezimali, ukubuyela entabeni enkulu "yeSiliva Yesiliva." Ngaphansi kwesibhakabhaka esiluhlaza okwesibhakabhaka namafu amhlophe, uZibo Luzhong Cement Co, Ltd. Umbono omuhle uletha amathuba amahle. UZibo Luzhong Cement Co, Ltd ungowakwaChongshan Group, wasungulwa ngo-1976, kusukela kwa-Old Old Old Cumbersome "kuya" ubuchopho bobuhlakani beLuzhong uphume endleleni eyenzekayo yenguquko nokuthuthuka. Ekupheleni kuka-2022, umugqa omusha wokukhiqiza we-7000 we-Cument Clinker waqedwa, okuyiwona umugqa wokukhiqiza omkhulu we-Clinker esifundazweni saseShandong. UWang Luzi, unobhala weKomiti Yeqembu leChongshan Group noSihlalo weBhodi, wathi usimende weLuzhong uluhlaza, ubuhlakani bezobuchwepheshe, nangemva kokusetshenziswa kwamathanga angama-68,000, izinkomba zokusetshenziswa kwamandla Ufinyelele ezingeni eliphambili embonini yasekhaya, futhi ukusebenza kahle kokukhiqiza nok

2023-07-17

I-Frontier New Energy Technology Research Institute kanye neGreenland HongQiao Disporal Port Port yabamba umkhosi wokusayina onamasu

NgoDisemba 8, umcimbi wokusayina wokubambisana kwamasu phakathi kweShanghai Frontier Frontier New Energy Power Power Technology Research Christian Chinion Institute kanye neGreenland Hongqiao Disposal Port Port yaqhutshwa ngempumelelo. I-Liu Lei, iPhini leMeya yedolobha laseZhanghaing, i-qingpu esifundeni saseShanghai, uMongameli waseShanghai Frontier Power Power Power Technology Christian Christion Institute, umsizi weGreenland ephethe umnyango wezebhizinisi le-Green Ride Real Real Estate Artoring Burdied Math Real Estate Exporty Business Burdief MathIng 2, waya emcimbini futhi wakhuluma. U-Liu Xunchun, Unobhala Jikelele weSikhungo, kanye noLu Jun, Umsizi Omsizi Omsizi WeGreenland ephethe isigaba sesibili senkampani yenkampani ye-Real Estate Development Inkampani, esayinwe egameni lawo womabili amaqembu. I-Tang Weiping, uMongameli waseShanghai Frontier Frontier New Energy Power Power Technology Cuvertionant Institute, uveze ukulindelwa nokudumiswa kwakhe ukuze akhulume. Uveze ukuthi umngcele weShanghai umngcele we-New Energy Power Power Power Technology Research Institute ngaphansi kweKhomishini Yezobucwaningi Ngaphansi kweKhomishini Yezobuchwepheshe kanye neKhomishini yezobuchwepheshe, futhi uzokuthatha lokhu kusayina njengethuba lokuphendula izidingo zamasu ezokuthuthukiswa kwezimboni zeNational New Energy Energy. Ucwaningo Olusha lwamandla Amandla kanye nokuxhumana kwe-Industry Chain. Balandele ukuqondiswa kwenqubomgomo ukusheshisa ucwaningo olujulile kanye nokuthuthukiswa okuqhubekayo kobuchwepheshe be-Energy Power, kunika amandla ukwakhiwa kwe-QINGPU G50 Yangtze River Ushintsho lwedijithali yedijithali, ukuthuthukiswa kwamandla okuluhlaza kanye nokuthuthuka kwamandla okuthambile, futhi Njalo qinisa uhlelo nokuphromotha. UXu Zhenrong, Umsizi Jikelele Wosizo loMnyango Wesibili Wezamabhizinisi Wezezindawo ZaseGreenland Hold Group, waveza indlela yakhe yokucwaninga nobubanzi bebhizinisi leShanghai Frontier Amandla Amandla Amandla Amandla Am

2023-07-17

Chaza kafushane umsebenzi we-graphene

Graphene is a kind of sp² hybrid orbit formed hexagonal two-dimensional carbon nanomaterial with honeycomb lattice, which is mainly divided into single layer graphene, double layer graphene, low layer graphene and multilayer graphene. I-Graphene inezindawo ezinhle kakhulu zokukhanya, zikagesi nezemishini. I-Graphene ifana namakhemikhali. I-Graphene can adsorb kanye nehlazo ama-athomu ahlukahlukene nama-molecule. Lapho la ma-athomu noma ama-molecule esebenza njengabanikeli noma abakwamukelayo, ukugcwaliseka kwesithwali se-grapheni kungashintshwa, ngenkathi i-graphe ngokwayo ingalondoloza ukuthuthuka kukagesi okuhle. Yize i-graphene ikhona kuphela isikhathi esingaphezu kweshumi leminyaka selokhu yahlanganiswa futhi yabonakala, sekuyisihloko sokucwaninga okudumile phakathi kwezazi. Ngokuthuthuka okuqhubekayo kwezindlela zokulungiswa kwe-graphene, i-graphene kuzosetshenziswa kabanzi emikhakheni ehlukahlukene maduze.

2023-07-17

IHhovisi Lokucwaninga Kwenqubomgomo kaMasipala uZibo, uMnyango we-Tsinghua University of Chemical Engineering ku-Zhongshan PhotoElectric Research

NgoMeyi 16, uZhang Na, umqondisi wengxenye yocwaningo lwezomnotho eHhovisi Lokucwaninga Kwenqubomgomo yeKomidi Libho kaMasipala weZibo, uZhang Yongjian, uHonghan Commission, iSun Yan, IPhini Lomqondisi we IHhovisi LeKomidi Lesifunda Lesifunda saseZichuan, uGao Meng, umqondisi weSikhungo Sezamandla Esifunda, uZhang Lei, iPhini likaNobhala weKomiti Yeqembu laseLuocun Town, imeya, imenenja jikelele ye-Opoleelectronic Fang Zhiwen ephelezela lolu cwaningo. UZhang Na neqembu lakhe bavakashela inkampani ekhethekile ye-Lithium Fororocarbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbonbon briction, umhlangano wokuhlola kanye nehholo lombukiso ukuqonda isimo sephrojekthi kanye namathemba emakethe ngokuningiliziwe. Izinhlangothi ezimbili zaxoxa futhi zashintshana ngemibono esezingeni lokuthuthukiswa komkhakha we-Zibo's Energy Resopoed kanye nobunzima nezinkinga ezibhekene nentuthuko, bese bebeka phambili phambili iziphakamiso zezimboni neziphakamiso. NgoMeyi 17, uWang Tingjaie, uprofesa ovela eMnyangweni Wezobunjiniyela bamakhemikhali e-Tsinghua University, waya eChongshan Opoleelectonics ukuze uphenyo, ephelezelwa isigaba sesayensi yesayensi nezobuchwepheshe be-pureau, uLi Zhe, USihlalo we-Opoleelectronics, kanye noFang Zhiwen, umphathi ojwayelekile. ULi Zhe wamukele uSolwazi wang Tingjie kanye nethimba lakhe, wethule isimo sokuthuthuka kwenkampani, ukwakheka kwezimboni kanye namathemba emakethe, athembele ekuqiniseni ukuxhumana kanye nokubambisana noguquko lwempumelelo yamakhemikhali. UWang Tingjie uthe uthemba ukusiza amabhizinisi axazulule izinkinga zobuchwepheshe, asungule inqubo evamile yokuxhumana futhi afeze ukubambisana ekunqobeni ngokusungula isisekelo somsebenzi wasekolishi ngeChongshan Optoelecton. USolwazi wang Tingjaie wavakashela umhlangano wokufunda, umhlangano wokuhlola kanye nehholo lombukiso le-Lithium Fluocarbonbonbonbonbonbonbonbonbonbonbon.

2023-07-17

Inkampani yethu ikhonjwe njengesifundazwe saseShandong "I-One Enterprise One Technology" R & D Center

Muva nje, uMnyango Wezimboni Yezifundazwe kanye nobuchwepheshe bolwazi uhlele ukukhonjwa kwe- "One Enterprise One Technology" Isikhungo se-SHANDONG ngo-2023. Isifundazwe saseShandong "I-Enterprise One Technology" R & D Center. Le nkampani izothatha leli thuba ukuthuthukisa izinga lokucwaninga kanye nentuthuko, ukujulisa ukubambisana kwezimboni-embonini - ukubambisana, ukukhuthaza ukuguqulwa kwemiphumela emisha, futhi kuthuthukiswe ukuthuthukiswa kwekhwalithi ephezulu yamabhizinisi.

2023-07-03

Ukucwaninga okuphezulu kwama-Lithium / Carbon Fluorides aphezulu kanye neqembu lentuthuko futhi

Kusukela ukuqaliswa kabusha komsebenzi ngoFebhuwari 19, ibhethri elikhethekile le-Lithium Fluococarbon Brient kanye nethimba lezinto zocwaningo ezibalulekile kanye nethimba lentuthuko selibe ligxile ekwakhiweni kwephrojekthi. Ngokusekelwe emsebenzini owedlule, inkampani ithuthukise kakhulu ukusebenza kwenqubo ye-fluorocarbon yokwandisa inqubo yokwelashwa enduneni yekhabhoni kanye nokulungisa amapharamitha wenqubo ye-fluorination. Usebenzisa i -electrolyte ekhethekile eyenzelwe wena, ukwenziwa kwamazinga okushisa okuphansi kwe-Li-Fluorocarbonbhon PRimary Cell At -40 Ukusebenza okuphansi kokushisa kuthuthukiswe ngempumelelo. Amabhethri angasetshenziswa ezindaweni ezahlukahlukene ezinokhahlo futhi enethemba lesicelo elibanzi embonini yamasosha, i-aerospace nakwezinye izinkambu. Vele ungene ngoMashi, inkampani yathola i-batch of Lithium Fluoride yebhethri ama-oda, amakhasimende afuna amandla athile athile, ngasikha

2023-07-03

Iqembu lokucwaninga le-XI 'Inyuvesi yaseJiaotong lenze inqubekela phambili entsha emkhakheni wamabhethri e-lithium aqinile

Ngesidingo esandayo sokuqina kwamandla nokuphepha kwamabhethri e-lithium emikhakheni yamadivayisi we-elekthronikhi aphathekayo nezimoto zikagesi, kuyaphuthuma ukuthuthukisa amabhethri amasha we-lithium ion. Amabhethri e-Lithium Metal kulindeleke ukuthi asetshenziswe esizukulwaneni esilandelayo samadivayisi wokugcina amandla ngenxa yobunzima bawo aphezulu. Kodwa-ke, i-organic organ keyclyte ye-organic iguquguquka kakhulu ekushiseni okuphezulu futhi inengozi enkulu yokuphepha yokuvutha. Ngaphandle kwalokho, i-liquid Electrolyte ithambekele ekuphendukeni kwe-lithium Metal, okuholela ekukhuleni kwama-lithium dendrites, okunciphisa ukusebenza kahle kwebhethri. Ngakho-ke, kunzima ukusebenzisa nge-lithium Metal. Ngokwenkinga engenhla, i-XI 'i-Jiaotong University AssomsAsse, Institute of Chemical Industry Ming-Tao Li, uprofesa waseTexas e-Austin, uJohn Class Ning, Goody, UProfesa we (UJohn Goodenough b), okuhlanganisiwe kubike ukuthi isakhiwo se-Hierarkical se-Composite Gel Electrolyte, sabona ukuthuthukiswa kwendabuko ye-organiquid ye-electrolyte, xazulula inkinga yokufana ne-lithium Metal. I-electrosite electrosite iqukethe i-nano Sio2 eguquliwe kanye nokuthuthukiswa kwe-gel electrolyte, ukuguqulwa kwezinhlayiya ze-SIO2 kanye ne-gel electrolyte kunciphisa ukuguquguquka okungcono, ukuguqulwa kwe-electrodte okuqinile kwezinkinga zokuphepha, ukuthuthukisa kakhulu ukusebenza kwe-electrolyte, Futhi i-pernergy phakathi kwe-sio2 gel electrolyte futhi yenza i-composite gel electrolyte yokuqina kwamakhemikhali we-lithium ilungile, ingavimba uku

2023-07-03

Iqembu lokucwaninga le-XI 'Inyuvesi yaseJiaotong lenze inqubekela phambili entsha emkhakheni wamabhethri e-lithium aqinile

Ngesidingo esandayo sokuqina kwamandla nokuphepha kwamabhethri e-lithium emikhakheni yamadivayisi we-elekthronikhi aphathekayo nezimoto zikagesi, kuyaphuthuma ukuthuthukisa amabhethri amasha we-lithium ion. Amabhethri e-Lithium Metal kulindeleke ukuthi asetshenziswe esizukulwaneni esilandelayo samadivayisi wokugcina amandla ngenxa yobunzima bawo aphezulu. Kodwa-ke, i-organic organ keyclyte ye-organic iguquguquka kakhulu ekushiseni okuphezulu futhi inengozi enkulu yokuphepha yokuvutha. Ngaphandle kwalokho, i-liquid Electrolyte ithambekele ekuphendukeni kwe-lithium Metal, okuholela ekukhuleni kwama-lithium dendrites, okunciphisa ukusebenza kahle kwebhethri. Ngakho-ke, kunzima ukusebenzisa nge-lithium Metal. Ngokwenkinga engenhla, i-XI 'i-Jiaotong University AssomsAsse, Institute of Chemical Industry Ming-Tao Li, uprofesa waseTexas e-Austin, uJohn Class Ning, Goody, UProfesa we (UJohn Goodenough b), okuhlanganisiwe kubike ukuthi isakhiwo se-Hierarkical se-Composite Gel Electrolyte, sabona ukuthuthukiswa kwendabuko ye-organiquid ye-electrolyte, xazulula inkinga yokufana ne-lithium Metal. I-electrosite electrosite iqukethe i-nano Sio2 eguquliwe kanye nokuthuthukiswa kwe-gel electrolyte, ukuguqulwa kwezinhlayiya ze-SIO2 kanye ne-gel electrolyte kunciphisa ukuguquguquka okungcono, ukuguqulwa kwe-electrodte okuqinile kwezinkinga zokuphepha, ukuthuthukisa kakhulu ukusebenza kwe-electrolyte, Futhi i-pernergy phakathi kwe-sio2 gel electrolyte futhi yenza i-composite gel electrolyte yokuqina kwamakhemikhali we-lithium ilungile, ingavimba uku

2023-07-03

Ubufakazi bemvelo obuqondile: izivivinyo zembula izimfihlo ze- "magic Corner" ye-graphene "superconductor!

Ukutholwa okumangazayo kwe-supercotudivity entweni entsha yokwenza umphakathi wesayensi, lezi ziboshwe ngale ndlela ngongqimba lwekhabhoni kwenye ingxenye ye- "umlingo" ehlanekezelwe phezulu kwekhabhoni Izingcezu, yenza ama-elektroni angageleza ngaphandle kokumelana, lesi sici singathuthukisa kakhulu ukusebenza kahle kwamandla kokudluliselwa kwamandla, futhi sethule uchungechunge lobuchwepheshe obusha. Manje, ukuhlolwa okusha e-Princeton University kuveze ukuthi lokhu kuthiwa yi- "Magic Horn" we-Blevevel Graphe Chroplel kungakhiqiza i-superconductivity, futhi ososayensi bePrinceton banikeze ubufakazi obuqinile ngalokhu. Ukutadisha kwabo kwanyatheliswa ejeni yemvelo ngoJulayi 31, 2019. Kukhona ngisho negama lale nkambu, "Ama-Yempirsnics." Ingxenye yenjabulo ukuthi lokho okulula ukutadisha kunama-superconductouctoucrouctors akhona ngoba kunezingqimba ezimbili kuphela kuphela i-athomu, ikhabhoni. B. U-Andrei Bernevig, uprofesa we-physics obheka ukuchaza umbono wezinto eziwunkimbinkimbi, uthe isici esiyinhloko sezinto ezintsha ukuthi yindawo yokudlala l

2023-07-03

Kuthiwani ngokukhuthazela kwe-Lithium Battery Surmarine? Yiziphi izinzuzo zayo?

Kuthiwani ngokukhuthazela kwe-Lithium Battery Surmarine? Yiziphi izinzuzo ze-Lithium Battery Submerarines? I-Lithium Battery ukuhanjiswa kwamandla okujwayelekile komakhi wangaphansi ojwayelekile kanye nokufakwa kwamandla okubekwe eceleni kanye nokunikezwa kwamandla okuvalwa kwezimo eziphuthumayo komkhumbi we-Nuclear, ngakho-ke ukusebenza kwe-lithium ibhethri kunquma ukusebenza nokulwa komkhumbi ongaphansi komhlaba. Uma ibhethri le-lithium alilungile ngokwanele ukunikeza amandla anele, lo mkhumbi ongaphansi komhlaba ngeke akwazi ukugijima ngokushesha ngokwanele, ukuvezwa kuzobe kukhawulelwe kakhulu, isikhathi sokushaja esingaphezulu sizoba isikhathi eside, futhi ingozi yokuvezwa izokhuphuka kakhulu , Ukuthuthukiswa kanye nokusetshenziswa kwamabhethri e-lithium for submarines bekulokhu kubhekwa kakhulu ngabakhiqizi abangaphansi komhlaba emhlabeni. Kuthiwani ngokukhuthazela kwe-Lithium Battery Surmarine? Yize ibhethri le-lithium lingakhulisa kakhulu impilo engaphansi kwamanzi angaphansi komhlaba, futhi ngenxa yokushaja kwebhethri le-lithium ngokushesha, akukho mphumela wokukhumbula, ngakho-ke kungathuthukisa ngempumelelo ukuguquguquka kokulwa okungaphansi komhlaba, futhi kuthuthukise kakhulu amandla okusebenza angaphansi komhlaba, kepha futhi ube nochungechunge lwe Ama-Shortmings Lithium-Ion amabhethri azothumela inani elikhudlwana lokushisa, lokhu egameni lawo mal

2023-07-03

I-Shandong Zhongshan PhotoElectric Material Co, Ltd yabamba iqhaza kwinkomfa ye-2016 China International Graphene Innovation Innovation futhi yathola ukunakwa okubanzi

Ingqungquthela ye-2016 China i-International Graphene Innovation Conference kanye ne-2016 China International Carbon Materient Expo ibibanjelwe e-Qingdao International Convention kanye no-24, 2016. Shandong Zhongshan Photoelectric Co, Ltd. Ibamba iqhaza engqungqutheleni ye Abantu abangu-6 abaholwa ngusihlalo uLi Zhe, futhi babambe iqhaza embukisweni onochungechunge lwezinto ezikhethekile ze-fluorocarbon ezinjengegrafu evuthayo, i-fluorined graph nanotubes kanye ne-flunonited carbon nanotubes. Imikhiqizo yethu iwine indondo yesiliva yale expo. Kulomhlangano, sathola ukuthi abantu abaningi abavela kuzo zonke izigaba zokuphila babonisa isithakazelo esithe xaxa emsebenzini wethu kunalokho ebesikulindele, futhi ithemba lemakethe le-Fluoro fossil Merene impahla ebanzi kakhulu kunalokho ebesikulindele. Lapho ebhekene nemakethe enkulu enjalo, ukukhetha kwethu kuphela ukunqoba bonke ubunzima futhi usheshise inqubo yokuthuthuka kwezimboni, wakha i-Zhongshan Optoelectonics kwi-Fluorine grapheine yokuqala ye-fluoril grapheile i-fluoril grapheilization izikhwama zomsebenzi, bamba ithuba lemakethe futhi uvule uhlelo lwemakethe inkambu yezinto zokwakha.

2023-07-03

Emhlabeni we-Carbon Material-Carbontech 2017 2nd International Carbon Izinto Ezisetshenziswayo

Ngo-December 18-19, 2017, i-Second International Carbon Izinto Zenkonzo Yabanjelwe eBeijing Juhua International Convention and Embul Center. I-Graphe ne-Nanotubes ye-Carbon, njengezinkanyezi ezintsha ezinhle kakhulu emkhakheni wesayensi entsha yezinto ezibonakalayo kusukela ngekhulu lama-21 leminyaka, ngokuhlanganyela kufakwe uhlelo lokuthuthukiswa komkhakha wezomkhakha we- "13th minyaka emihlanu", ukuba ngumhlahlandlela obalulekile wokuhola uguquko futhi ukuthuthukiswa kwezimboni. Amandla, imininingwane ye-elekthronikhi, izinto ezihlanganisiwe kanye ne-bioomedicine, njll., Usayizi wemakethe ungafinyelela izinggidigidi zamaRandi. Ingqungquthela Yesibili Yesibili Yezimboni Yezimboni zeCarbon Carbon Mentis Ingqungquthela Yezimboni Yezimboni Imaka Ochwepheshe Abafundeni Nezangaphandle Ukugxila Ekutholweni Kwezinto Ezingafani Ze-Carbon, Izinkinga Zobuchwepheshe, Izinkinga Zekhwalithi Esezingeni eliphakeme, Izifundo , ukucwaninga, kanye nezicelo zokushintshana ngesiteji ukuxoxa ngobuchwepheshe obusha kanye nezimo ezintsha ekuthuthukisweni kwezinto zekhabhoni ekhaya nakwamanye amazwe, ukusheshisa ukuthuthukiswa komkhakha wezinto ezibonakalayo zekhabhoni. I-Xue Qunji, i-Academinian of the Chinese Academy of Engineering kanye nomqondisi woMnyango Wezobunjiniyela Bamakhemikhali, Metall

2023-07-03

Ithemba elisha le-Shandong Zhongshan Photoelectric Materics Co, Ltd livela ku-Cibf2018 Lithium Carbon Fluoride (Li / CFX) Amabhethri

Kusukela ngoMeyi 22 kuya ku-24, 2018, kwavulwa iCibf2018 eShenzhen. Njengombukiso omkhulu webhethri emhlabeni emhlabeni, lo mbukiso waheha izinkulungwane zezinto ezibonakalayo, ibhethri, imishini kanye namabhizinisi embonini ahlobene ukubamba iqhaza embukisweni, futhi azokhombisa ubungqabavu obusha bemboni yamabhethri, imboni yamandla entsha, embonini yamandla entsha isikhathi sezinsuku ezintathu. Njengokuwukuphela kwesikhungo semidiya esemthethweni esakhelwe umgqugquzeli we-Exhibition, ibhethri China.com Setha igumbi lokuxoxisana endaweni yokubukisa ukuhlela abahleli abaphezulu abasebenza ngokujikeleza okuzungezile, izingxoxo eziningi ezijulile futhi zigxile kuzo Imibiko kanyekanye emcimbini. Chao liu, umqondisi wephrojekthi ye-carbon fluoride yokwenziwa kwephrojekthi yephrojekthi ye-shandong zhongshan PhotoElectric Mateis Co, Ltd Ngesikhathi sombukiso, uChao Liu, umqondisi we-Carbon Fluoride Material Project Project of Shandong Zhongngshan Photoelectric Materics Co, Ltd., uthole ingxoxo ekhethekile nge-Battery News Center, futhi waveza imibono yakhe ngokubamba iqhaza kwamabhizinisi nezinkinga ezishisayo embonini. Okulandelayo irekhodi lengxoxo:

2023-07-03

I-Ningbo Institute of Materials, Chinese Academy of Science-Shandong Zhongshan Optoelectonics Ibanjwe Umkhosi wokusayina we

Ngo-Agasti 27, 2018, umkhosi wokusayina we- " " Carbon Fluoride Matericelos application Engineering Center "Ngokuhlangene osungulwe yiNinges Institute of Material Technology Technology kanye nezobunjiniyela, amaShayina Zhongshan Epolwazi maphakathi ne-Shandong Zhongshan Group. Ngaphambi kokusayinwa kwenkontileka, usihlalo uLi Zhe okokuqala wethula ukuthuthukiswa kweChongqing Optoelectronics. Ngemuva kweminyaka eminingana yentuthuko, uZhongshan Opoloelectronics usuphenduke umenzi wazo wasemhlabeni okwazi ukukhiqizwa okuphezulu kochungechunge olusezingeni eliphezulu lwe- Carbon Fluoride Material. Yakhe umugqa wokukhiqiza wokuqala wezwe omkhulu we-fluolized forsil merene, futhi ukuphela komenzi okwazi ukukhiqizwa kwabantu abaningi kanye nokuhlinzekwa kwe-merene yekhwalithi ephezulu ye-flussil ekhaya nakwamanye amazwe.

2023-07-03

Ukusayinwa kwenkontileka kwe-Shandong Zhongshan Photoelectric Mateis Co, Ltd. Lithium / Carbon Fluorides Striories Perform

Umkhosi wokusayina wephrojekthi yokubambisana phakathi kwe-Shandong Zhongshan Photoelectric Mateleectric Co, Ltd. Ukutshalwa kwemali okuphelele kwephrojekthi kungama-350 million yuan. Kuhlelwe ukwakha ibhethri eliphakeme lama-Lithium / Carbon Fluorides angu-50 Ngemuva kokuthi iphrojekthi isiqediwe, inani lokukhipha lonyaka lingafinyelela i-yuan elingu-3 billion, futhi inzuzo nentela kungafinyelela ku-1 billion yun. Iphrojekthi izokwakhiwa ngezigaba ezintathu. Esigabeni sokuqala, umugqa wokukhiqiza umboniso nokukhipha unyaka wonke kwamabhethri ayisilinda ayisigidi azokwakhiwa kuqala. Kuhlelwe ukuqala ukwakhiwa ekugcineni kuka-2019, kanti umugqa wokubukisa uzoqedwa futhi usebenze ngo-2020. Njengeyunithi eholayo ocwaningweni nasekuthuthukisweni kobuchwepheshe bebhethri be-Lithium-Ion Special Elean Co, Ltd. Sizoqhubeka nokufaka ubuchwepheshe obuthuthukisiwe ku-Zhongshan Optoelectronic Co, Ltd. Isisekelo sokukhiqiza se-liben ekhethekile Amabhethri we-Lithium Carbon Fluoride, futhi azohlinzeka ngebhethri eliphakeme eliphakeme le-Lithium-Carbon Fluoride yebhethri le-Lishen Special Electric Co, Ltd.