gtim

Si-graphene
compounds

Nanomaterial mass production technology that
does notrely on CVD, Hummer’s method.
3D material combining vertically aligned
graphene with metal silicon particles
Selectively combining metal atoms for specific applications
Batteries, supercapacitors, fibers, medical, sensors, electronics,
shielding, heat dissipation materials, etc.

Nanomaterial mass production technology that does not rely on CVD, Hummer’s method. 3D material combining vertically aligned graphene with metal silicon particles Selectively combining metal atoms for specific applications Batteries, supercapacitors, fibers, medical, sensors, electronics,
shielding, heat dissipation materials, etc.

Synthesis of vertically aligned graphene
using graphite and metal silicon

Synthesis of vertically aligned graphene using graphite and metal silicon

Si-graphene

Graphene bonded to the surface of metalsilicon particles

Graphene

Graphene colloid manufacturing technology that
does not rely on CVD, Hummer’s method
Transparent colloid that transmits light with international standard
10-layer or less graphene
Environmentally friendly technology that does not use
strong acids organic solvent
Maintains electrical properties (specific mixing) even
when polymers are mixed
Easy to implement specific colors (colorless transparent graphene)

Graphene colloid manufacturing technology that does not rely on CVD, Hummer’s method Transparent colloid that transmits light with international standard 10-layer or less graphene Environmentally friendly technology that does not use strong acids, organic solvent Maintains electrical properties (specific mixing) even when polymers are mixed Easy to implement specific colors(colorless transparent graphene)

Graphene colloids prepared by chemical decomposition
of graphite at room temperature and pressure

graphene

Graphene colloids prepared by chemical decomposition
of graphite at room temperature and pressure

Graphene

Si-graphene
compounds

Si-graphene
compounds

Synthesis of vertically aligned graphene
using graphite and metal silicon

Synthesis of vertically aligned graphene using graphite and metal silicon

Graphene

Graphene

Graphene colloids prepared by chemical decomposition
of graphite at room temperature and pressure

Graphene colloids prepared by chemical decomposition
of graphite at room temperature and pressure

G-TIM technology

New synthesis
method

Industrialization technology beyond laboratory(CVD)

3D nanostructure(Si-graphene)
and nano wire(SiNW)

G-TIM technology

New synthesis method

Industrialization technology beyond laboratory(CVD)

3D nanostructure(Si-graphene)
and nano wire(SiNW)

Si-graphene compounds

Si-graphene compounds

Synthesis of vertically aligned graphene using graphite and metal silicon

Synthesis of vertically aligned graphene using graphite and metal silicon

Graphene

Graphene

Graphene colloids prepared by chemical decomposition of graphite at room temperature and pressure

Graphene colloids prepared by chemical decomposition of graphite at room temperature and pressure

G-TIM technology

New synthesismethod

Industrialization technology beyond laboratory(CVD)

3D nanostructure(Si-graphene)and nano wire(SiNW)

G-TIM technology

New synthesis method

Industrialization technology beyond laboratory(CVD)

3D nanostructure(Si-graphene)and nano wire(SiNW)

Si-graphene
compounds

Si-graphene
compounds

Synthesis of vertically aligned graphene
using graphite and metal silicon

Graphene colloids prepared by chemical decomposition
of graphite at room temperature and pressure

Graphene colloids prepared by chemical decomposition
of graphite at room temperature and pressure

New synthesis
method

3D nanostructure(Si-graphene)
and nano wire(SiNW)

3D nanostructure(Si-graphene)
and nano wire(SiNW)