[Izinto Zekhemikhali] I-adhesive e-thermal-conductive kulindeleke ukuthi isukeagginngosizo lwezimoto ezintsha zamandla.
Ngokusetshenziswa okusheshayo kokushajwa okusheshayo kwezimoto zamandla amasha kanye nokuminyana kwamandla okuthuthukayo kwamabhethri, izidingo eziphakeme zibekwe phambili zokulawulwa kokushisa.I-thermal conductive kanye nezinto zokuvikela ukushisa ezimotweni zamandla amasha ziletha ukukhula kwesidingo.Izuza ekukhishweni kwenqubo yebhethri ye-CTP, izinto zokunamathisela ezishisayo/isakhiwo zinemakethe enkulu.Kulinganiselwa ukuthi inani lezinto ezinamathelayo ezishisayo/ zesakhiwo ezimotweni ezinezinsimbi ze-CTP lizokhuphuka lisuka ku-RMB 200-300/imoto embonini evamile liye ku-RMB 800-1000/imoto.Ezinye izikhungo zibikezela ukuthi imakethe kazwelonke/yomhlaba yokunamathela kwezimoto kanye nezingxenye izofinyelela cishe ku-RMB 15.4/34.2 billion ngo-2025.
Iphuzu elingukhiye:Izingxenye zokunamathela kwezimoto zendabuko ngokuyinhloko ziyi-epoxy resin ne-acrylic acid, kodwa ukunwebeka kwazo okuphansi akukwazi ukuhlangabezana nesidingo sokuphefumula samabhethri amandla.Izinhlelo ze-polyurethane ne-silicone ezinokunwebeka okuphezulu namandla okunamathela kulindeleke ukuthi zilawule imakethe futhi zihlomule amabhizinisi amakhemikhali afanele.
[I-Photovoltaic] Isidingo se-photovoltaic sishayela i-trichlorosilane ukuthi isuke.
Ukusetshenziswa okuyinhloko kwe-trichlorosilane (SiHCl3) i-polysilicon esetshenziswa kumaseli elanga, futhi iwumgogodla wempahla yokukhiqiza i-polysilicon.Ithonywe ukukhula okusheshayo kwesidingo se-photovoltaic, intengo ye-PV-grade SiHCl3 ikhuphuke isuka ku-RMB 6,000/ton yaya ku-RMB 15,000-17,000/ton kusukela kulo nyaka.Futhi amabhizinisi e-polysilicon asekhaya akhula ngokushesha kumongo wokuguqulwa kwamandla aluhlaza.Isidingo se-PV-grade SiHCl3 silinganiselwa ku-216,000 amathani kanye namathani angu-238,000 eminyakeni emibili ezayo.Ukushoda kwe-SiHCl3 kungase kuqiniswe.
Iphuzu elingukhiye:"Iphrojekthi ye-SiHCl3 engu-50,000/ngonyaka" yomholi wemboni u-Sunfar Silicon kulindeleke ukuthi ifakwe emkhiqizweni ngekota yesithathu yalo nyaka, futhi inkampani iphinde ihlele "iphrojekthi yokunweba yamathani angama-72,200/ngonyaka we-SiHCl3".Ngaphezu kwalokho, izinkampani eziningi ezisohlwini embonini zinezinhlelo zokunweba ze-PV-grade SiHCl3.
[I-LithiumBi-attery] I-cathode material ihlola indlela entsha yokuthuthuka, futhi i-lithium manganese ferro phosphate ingenisa amathuba entuthuko.
I-lithium manganese ferro phosphate ine-voltage ephezulu, ukuminyana kwamandla aphezulu, nokusebenza okungcono kwezinga lokushisa eliphansi kune-lithium ferro phosphate.I-Nanominiaturization, coating, doping, kanye nezinyathelo zokulawula umumo we-microscopic kancane kancane zithuthukisa ukuqhutshwa kwe-LMFP, izikhathi zomjikelezo, nokunye ukushiyeka okukodwa noma ukuhlanganisa.Ngaleso sikhathi, ngenkathi kuqinisekisa ukusebenza kwe-electrochemical kwempahla, ukuxuba i-LMFP nezinto ze-ternary kunganciphisa kakhulu izindleko.Izinkampani ezihamba phambili zamabhethri asekhaya kanye ne-cathode zisheshisa ukugcinwa kwazo kwamalungelo obunikazi futhi seziqalile ukuhlela ukukhiqiza ngobuningi.Sekukonke, ukwenziwa kwezimboni kwe-LMFP kuyashesha.
Iphuzu elingukhiye:Njengoba ukuminyana kwamandla e-lithium ferro phosphate sekucishe kwafinyelela umkhawulo ophezulu, i-lithium manganese ferro phosphate ingase ibe inkomba entsha yokuthuthukiswa.Njengomkhiqizo othuthukisiwe we-lithium ferro phosphate, i-LMFP inemakethe yesikhathi esizayo ebanzi.Uma i-LMFP iqala ukukhiqizwa nokusebenza ngobuningi, ingase ikhulise kakhulu isidingo se-manganese yezinga lebhethri.
[Ukupakishwa] I-Tesa, umkhiqizi wamateyipu ohamba phambili emhlabeni, wethula itheyiphu yokupakisha ye-rPET.
I-Tesa, umhlinzeki ohamba phambili emhlabeni wezixazululo ze-adhesive tape, andise uhla lwayo lwamateyipu okupakisha esimeme ngokwethula amateyipu okupakisha e-rPET amasha.Ukuze kuncishiswe ukusetshenziswa kwamapulasitiki amsulwa, imikhiqizo ye-PET esetshenzisiwe, okuhlanganisa namabhodlela, iyagaywa futhi isetshenziswe njengempahla eluhlaza yamakhasethi, kanti u-70% we-PET uvela ekugayweni kabusha kwabathengi (PCR).
Iphuzu elingukhiye:Itheyiphu yokupakisha ye-rPET ifanele ukupakishwa kwesisindo esilula ukuya ku-30kg, enokusekelwa okuqinile, ukumelana nemihuzuko kanye ne-acrylic enamathelayo eqinile futhi engaguquki ezwela ukucindezela.Amandla ayo aphezulu ayenza ifaniswe ne-PVC noma amateyipu e-polypropylene (BOPP) e-biaxially oriented polypropylene (BOPP).
[I-Semiconductor] Iziqhwaga zemboni ziqhudelana nge-Chiplet.Ubuchwepheshe bokupakisha obusezingeni eliphezulu budlondlobala.
I-Chiplet ixhumanisa ama-chips amancane we-modular ukuze kuzuzwe amasistimu ahlanganisiwe ahlukahlukene, evumela izinqubo ezithuthukisiwe ngenkathi yehlisa izindleko zokukhiqiza.Ubuchwephesha obusha esikhathini se-post-Moore, obusetshenziswa kabanzi ezikhungweni zedatha kanye nemakethe ye-elekthronikhi yabathengi, usayizi wemakethe olindeleke ukuthi ufinyelele ku-$ 5.8 billion ngo-2024. I-AMD, Intel, TSMC, Nvidia, nezinye iziqhwaga zingenile. insimu.I-JCET ne-TONGFU nazo zinesakhiwo.
Iphuzu elingukhiye:Uhlaka lokuhlanganisa isitoreji kanye nekhompyutha luzodingeka emakethe.Ubuchwepheshe bokupakisha obuholwa yi-Chiplet buzoba nengxenye ebalulekile kulo mkhakha.
[I-Carbon Fiber] Isethi yokuqala yase-China yemigqa yokukhiqiza i-carbon fibre emincane emikhulu isilethiwe.
I-Shanghai Petrochemical yaseSinopec isanda kwethula ulayini wokuqala wokukhiqiza i-carbon fiber, futhi imishini yephrojekthi isifakiwe yonke.I-Shanghai Petrochemical iyibhizinisi lokuqala lasekhaya kanye nelesine emhlabeni ukwazi kahle ubuchwepheshe bokukhiqiza i-carbon fiber.Ngezimo ezifanayo zokukhiqiza, i-carbon fiber enkulu ingathuthukisa kakhulu umthamo kanye nokusebenza kwekhwalithi ye-fiber eyodwa futhi inciphise izindleko, ngaleyo ndlela iphule imikhawulo yesicelo se-carbon fiber ngenxa yentengo yayo ephezulu.
Iphuzu elingukhiye:Ubuchwepheshe be-carbon fibre bunezithiyo eziqinile zobuchwepheshe.Ubuchwepheshe be-carbon fiber be-Sinopec bunamalungelo abo empahla yobuhlakani, obunamalungelo obunikazi afanelekile angama-274 kanye nokugunyazwa okungu-165, okukleliswe endaweni yokuqala eShayina kanye nesithathu emhlabeni.
Isikhathi sokuthumela: Aug-20-2022