非氧化石墨烯是使用物理剥离方法一层一层去除石墨原子层的二维结构的石墨烯。由于没有经过额外化学处理过程,不存在物理和化学缺陷,可保持石墨烯独特的性质。
非氧化石墨烯由于机械、电气、热性能等众多优势,可应用到二次电池、超级电容器、散热、半导体、国防产业等诸多领域。
High Conducing materials |
Excellent Specific Surface Area |
Excellent mechanical properties |
Highly stability solution (DMF, NMP, Water etc.) and Excellent Powder |
Conductive coating & Inks
Energy & Batteries for automotive parts
Rubber & Elastomers
Textiles & Fibers
Concrete & Infrastructure
Grease & Lubricants
ITEM | KBE-HPGR-1050 |
---|---|
Type | High Pure Graphene |
Appearance | Dark grey powder |
Lateral size (D50, ㎛) | 5.0㎛ |
Bulk density | 0.035 g/cm3 |
Surface area (BET) | ≤ 60 m2/g |
Electrical conductivity | 104 S/m |
Oxygen content | < 3 atomic % |
IDIG ratio | < 0.2 |
韩国产业技术测试结果
应用厚度 40um 时
石墨烯纳米片作为制造石墨烯的中间物质,具有 100 纳米的多层结构。GNP 保持石墨烯优秀特点的同时,比表面积少于石墨烯,用于散热材料填料具有卓越的特点。尤其,因低密度,可应用到飞机、二次电池、电动汽车等诸多领域。
High Conducing materials |
Excellent Specific Surface Area |
Excellent mechanical properties |
Highly stability solution (DMF, NMP, Water etc.) and Excellent Powder |
Conductive coating & Inks
Energy & Batteries for automotive parts
Rubber & Elastomers
Textiles & Fibers
Concrete & Infrastructure
Grease & Lubricants
ITEM | KBE-GRNP-0205 | KBE-GRNP-0210 | KBE-GRNP-0215 | KBE-GRNP-0220 |
---|---|---|---|---|
Type | Graphene nanoplatelets | |||
Appearance | Dark grey powder | |||
Lateral size (D50, ㎛) | 3 | 6 ~ 10 | 11 ~ 15 | 16 ~ 18 |
Bulk density | 0.1 g/cm3 | |||
Surface area (BET) | ≤ 60 m2/g | |||
Electrical conductivity | 104 S/m | |||
Oxygen content | < 3 atomic % | |||
ID/IG ratio | < 0.2 |