Secondary batteries are useful for automobiles, airplanes, agricultural equipment, electric vehicles, computers, mobile phones and so on. Among them, the lithium ion batteries are mainly used for various applications, and they are manufactured by lithium cobalt oxide (anode), graphite (cathode), and a liquid electrolyte with organic components.
A next generation secondary battery with high energy density must be developed well. Among them, we may expect practical use of a secondary battery based on a multivalent ion carrier that can transport multi-electrons. Also, it will help the goal towards a low-carbon society as well as energy security.
We offer a wide range of products for use in battery research, including additives, electrolytes, redox-active materials, solvents, and electrode materials.
2. Introduction
❑Secondary batteries are useful for automobiles, airplanes, agricultural equipment, electric
vehicles, computers, mobile phones and so on. Among them, the lithium ion batteries are mainly
used for various applications, and they are manufactured by lithium cobalt oxide (anode),
graphite (cathode), and a liquid electrolyte with organic components.
❑A next generation secondary battery with high energy density must be developed well. Among
them, we may expect practical use of a secondary battery based on a multivalent ion carrier that
can transport multi-electrons. Also, it will help the goal towards a low-carbon society as well as
energy security.
❑We offer a wide range of products for use in battery research, including additives, electrolytes,
redox-active materials, solvents, and electrode materials.
We have highlighted some of our representative products in the battery materials category.
❑You can view the Battery Materials product category page: Battery Materials
❑For Battery Research Reagents, please click here: Battery Research Reagents