Battery anode raw materials for lab research, include SBR binder, CMC powder, Lithium titanate LTO, battery grade graphite (both natural graphite and artificial graphite), pure copper foil for battery electrode substrate, MCMB black powder, silicon carbon anode material, nickel tabs for battery etc.
Kuraray YP-50F activated carbon powder has a well-developed pore structure, a large specific surface area, strong adsorption capacity and can efficiently adsorb various substances.
Lithium difluorooxalate borate is a white powder or crystal powder, similar to LiBOB. Li+ in LiODFB has a quintuple coordination structure, which easily combines with other molecules to form a regular octahedral coordination structure, and can absorb moisture in air to form LiODFB·H2O. Nowadays, the research of lithium-ion battery is hot, and the c1
Compared with traditional copper foil, PET substrate has good safety performance, light weight, and good ductility, which can help improve the energy density of batteries.
Electrolytic manganese dioxide has the characteristics of large discharge capacity, strong activity, small volume and long service life. It is an excellent depolarizer for lithium batteries, zinc batteries, etc.
Carbon-coated aluminum foil is a new type of battery cathode substrate. carbon-coated aluminum foil has good conductivity, low internal resistance and strong mechanical properties.
SBR is a water based binder which is mainly used to prepare anode electrode for Lithium-ion batteries. Such binder is characterized by Strong adhesion and high ageing-retardant.