石墨烯，一种只有一个原子厚的二维碳膜，这种新型材料化学性能稳定，很难与其他物质结合，石墨烯是目前发现的硬度最大的物质，有极好的导电和导热性能，这些性能使得石墨烯极适于制作电镜载网支持膜，为TEM观测纳米粒子提供了极大的方便，对进行纳米粒子界面研究者非常有帮助，尤其是纳米颗粒较小且附着力较差时可以使用这种特制的电镜载网。
目前提供有孔碳膜覆膜、2000目铜网覆膜、有孔氮化硅窗口（2.5µm孔）覆膜以及二氧化硅薄膜（基底是硅片）覆膜。常规提供的均有四种厚度石墨烯膜：
1. 单层石墨烯，厚度大约0.35nm
2. 2层石墨烯，厚度大约0.7nm
3. 3-5层石墨烯，1.0-1.7nm
4. 6-8层石墨烯，2.1-2.8nm
石墨烯支持膜至少覆盖整个载网面积的75%的区域，一般挑选无重叠和褶皱的区域来放置样品。石墨烯支持膜超薄（远远薄于碳膜）、导电，本身呈晶体结构，信号的噪音相对很低。
An atomic-resolution image of a clean and structurally perfect graphene sheet synthesized
by the substrate-free gas-phase method. Individual carbon atoms appear white in the image
产品选购：
|
货号 |
产品描述 |
规格 |
|
1GLC300Cu-5 |
1 layer，Graphene on Lacey Carbon, 300 Cu |
5个 |
|
1GLC300Cu-10 |
1 layer，Graphene on Lacey Carbon, 300 Cu |
10个 |
|
1GLC300Cu-25 |
1 layer，Graphene on Lacey Carbon, 300 Cu |
25个 |
|
2GLC300Cu-5 |
2 layers，Graphene on Lacey Carbon, 300 Cu |
5个 |
|
2GLC300Cu-10 |
2 layers，Graphene on Lacey Carbon, 300 Cu |
10个 |
|
2GLC300Cu-25 |
2 layers，Graphene on Lacey Carbon, 300 Cu |
25个 |
|
3GLC300Cu-5 |
3-5 layers，Graphene on Lacey Carbon, 300 Cu |
5个 |
|
3GLC300Cu-10 |
3-5 layers，Graphene on Lacey Carbon, 300 Cu |
10个 |
|
3GLC300Cu-25 |
3-5 layers，Graphene on Lacey Carbon, 300 Cu |
25个 |
|
6GLC300Cu-5 |
6-8 layers，Graphene on Lacey Carbon, 300 Cu |
5个 |
|
6GLC300Cu-10 |
6-8 layers，Graphene on Lacey Carbon, 300 Cu |
10个 |
|
6GLC300Cu-25 |
6-8 layers，Graphene on Lacey Carbon, 300 Cu |
25个 |
|
1GUF2000Cu-5 |
1 layer，Graphene on Ultra-Fine, 2000 Cu |
5个 |
|
1GUF2000Cu-10 |
1 layer，Graphene on Ultra-Fine, 2000 Cu |
10个 |
|
1GUF2000Cu-25 |
1 layer，Graphene on Ultra-Fine, 2000 Cu |
25个 |
|
2GUF2000Cu-5 |
2 layers，Graphene on Ultra-Fine, 2000 Cu |
5个 |
|
2GUF2000Cu-10 |
2 layers，Graphene on Ultra-Fine, 2000 Cu |
10个 |
|
2GUF2000Cu-25 |
2 layers，Graphene on Ultra-Fine, 2000 Cu |
25个 |
|
3GUF2000Cu-5 |
3-5 layers，Graphene on Ultra-Fine, 2000 Cu |
5个 |
|
3GUF2000Cu-10 |
3-5 layers，Graphene on Ultra-Fine, 2000 Cu |
10个 |
|
3GUF2000Cu-25 |
3-5 layers，Graphene on Ultra-Fine, 2000 Cu |
25个 |
|
6GUF2000Cu-5 |
6-8 layers，Graphene on Ultra-Fine, 2000 Cu |
5个 |
|
6GUF2000Cu-10 |
6-8 layers，Graphene on Ultra-Fine, 2000 Cu |
10个 |
|
6GUF2000Cu-25 |
6-8 layers，Graphene on Ultra-Fine, 2000 Cu |
25个 |
|
1GSiN2.5um-5 |
1 layer，Graphene on Silicon Nitride, 2.5 µm |
5个 |
|
1GSiN2.5um-10 |
1 layer，Graphene on Silicon Nitride, 2.5 µm |
10个 |
|
1GSiN2.5um-25 |
1 layer，Graphene on Silicon Nitride, 2.5 µm |
25个 |
|
2GSiN2.5um-5 |
2 layers，Graphene on Silicon Nitride, 2.5 µm |
5个 |
|
2GSiN2.5um-10 |
2 layers，Graphene on Silicon Nitride, 2.5 µm |
10个 |
|
2GSiN2.5um-25 |
2 layers，Graphene on Silicon Nitride, 2.5 µm |
25个 |
|
3GSiN2.5um-5 |
3-5 layers，Graphene on Silicon Nitride, 2.5 µm |
5个 |
|
3GSiN2.5um-10 |
3-5 layers，Graphene on Silicon Nitride, 2.5 µm |
10个 |
|
3GSiN2.5um-25 |
3-5 layers，Graphene on Silicon Nitride, 2.5 µm |
25个 |
|
6GSiN2.5um-5 |
6-8 layers，Graphene on Silicon Nitride, 2.5 µm |
5个 |
|
6GSiN2.5um-10 |
6-8 layers，Graphene on Silicon Nitride, 2.5 µm |
10个 |
|
6GSiN2.5um-25 |
6-8 layers，Graphene on Silicon Nitride, 2.5 µm |
25个 |
|
1GUFSiO2-5 |
1 layer，Graphene on Ultra-flat Thermal SiO2 |
5个 |
|
1GUFSiO2-10 |
1 layer，Graphene on Ultra-flat Thermal SiO2 |
10个 |
|
1GUFSiO2-25 |
1 layer，Graphene on Ultra-flat Thermal SiO2 |
25个 |
|
2GUFSiO2-5 |
2 layers，Graphene on Ultra-flat Thermal SiO2 |
5个 |
|
2GUFSiO2-10 |
2 layers，Graphene on Ultra-flat Thermal SiO2 |
10个 |
|
2GUFSiO2-25 |
2 layers，Graphene on Ultra-flat Thermal SiO2 |
25个 |
|
3GUFSiO2-5 |
3-5 layers，Graphene on Ultra-flat Thermal SiO2 |
5个 |
|
3GUFSiO2-10 |
3-5 layers，Graphene on Ultra-flat Thermal SiO2 |
10个 |
|
3GUFSiO2-25 |
3-5 layers，Graphene on Ultra-flat Thermal SiO2 |
25个 |
|
6GUFSiO2-5 |
6-8 layers，Graphene on Ultra-flat Thermal SiO2 |
5个 |
|
6GUFSiO2-10 |
6-8 layers，Graphene on Ultra-flat Thermal SiO2 |
10个 |
|
6GUFSiO2-25 |
6-8 layers，Graphene on Ultra-flat Thermal SiO2 |
25个 |
| 电话 010-52571502 010-51248120 邮箱 hedebio@163.com |
