Ọkachamara graphite ihe sobu, graphite maka EV, griiz, oven na ụlọ ọrụ ndị ọzọ.
Ngwaahịa
phenolic resin porous carbon
Ihe ikuku carbon sitere na petroleum coke
Ngwa carbon siri ike biomass, ji ikike dị elu akọwapụtara, elu mmalite arụmọrụ, arụmọrụ ọnụego dị mma, na ezigbo nhazi Njirimara, a na-eji dị ka ihe anode maka batrị sodium-ion.usoro-TRNF2
A na-eme ihe carbon anode siri ike site na precursor biomass masịrị ya site na iji usoro pụrụ iche. Ọ na atụmatụ elu kpọmkwem ikike, magburu onwe mmalite arụmọrụ, arụmọrụ ọnụego dị mma, na ezi usoro, na-eme ka ọ dị mma maka ngwa ngwa n'ime obere ụgbọ ala na ụgbọ ala nwere ụkwụ abụọ.usoro-TRNF1
Nke a sodium-ion cathode ihe onwunwe (NFPP) adabara maka nchekwa ike obibi, nchekwa ike nke azụmahịa na ụlọ ọrụ mmepụta ihe, na nnukwu ikuku na nchekwa ike anyanwụ.
This product is a high-capacity silicon-oxygen anode material with advantages such as high initial coulombic efficiency and excellent rate performance. It is suitable for cylindrical, pouch, and prismatic lithium-ion battery systems.series-TRGY3
This material is a high-capacity silicon-oxygen anode material with advantages such as high initial coulombic efficiency, excellent rate performance, and superior cycle life.series-TRGY2
High-capacity silicon-oxygen anode materials possess advantages such as excellent rate performance. Suitable for cylindrical and pouch cell systems.series-TRGY1
Silicon-carbon materials possess high energy density, low expansion, and long cycle life, making them suitable for high-energy-density applications in solid-state, semi-solid-state, and liquid batteries.series-TRGT2000
Silicon-carbon materials possess high energy density, low expansion, and long cycle life, making them suitable for high-energy-density applications in solid-state, semi-solid-state, and liquid batteries.series-TRGT800
High energy density, low expansion, and long cycle life make it suitable for use in energy storage and power batteries. series-TRSM3
