FEATURES
FEATURES
- G-TIM’s Si-graphene compounds are made through a synthesis technology that decomposes graphite powder into
graphene and binds it to metal silicon particles. - G-TIM’s Si-graphene compounds have vertical alignment, cylindrical, and porous needle-shaped open structures that
provide a large specific surface area and create cavities to support a good environment for the movement, storage,
and release of electrolytes, electrons, and metal ions. - G-TIM’s Si-graphene compounds with excellent heat resistance are resistant to high temperatures and are applied
as heat dissipation, electromagnetic wave, and radiation shielding materials.
- G-TIM’s Si-graphene compounds are made through a synthesis technology that decomposes graphite powder into
graphene and binds it to metal silicon particles. - G-TIM’s Si-graphene compounds have vertical alignment, cylindrical, and porous needle-shaped open structures that
provide a large specific surface area and create cavities to support a good environment for the movement, storage,
and release of electrolytes, electrons, and metal ions. - G-TIM’s Si-graphene compounds with excellent heat resistance are resistant to high temperatures and are applied
as heat dissipation, electromagnetic wave, and radiation shielding materials.
Silicon particles bonded with graphene
Silicon particles bonded with graphene
