石墨烯（graphene）是由單層碳原子緊密堆積成二維蜂窩狀晶格結(jié)構(gòu)的一種碳質(zhì)新材料，是構(gòu)建其它維度碳質(zhì)材料（如零維富勒烯、一維碳納米管、三維石墨）的基本單元。石墨烯具有優(yōu)異的電學(xué)、熱學(xué)和力學(xué)性能，可望在高性能納電子器件、復(fù)合材料、場(chǎng)發(fā)射材料、氣體傳感器及能量存儲(chǔ)等領(lǐng)域獲得廣泛應(yīng)用。由于其獨(dú)特的二維結(jié)構(gòu)和優(yōu)異的晶體學(xué)質(zhì)量，石墨烯蘊(yùn)含了豐富而新奇的物理現(xiàn)象，為量子電動(dòng)力學(xué)現(xiàn)象的研究提供了理想的平臺(tái)，具有重要的理論研究?jī)r(jià)值。因此，石墨烯迅速成為材料科學(xué)和凝聚態(tài)物理領(lǐng)域近年來的研究熱點(diǎn)。
| SiO2襯底單層石墨烯 |
Monolayer Graphene on 285 nm Silicon Dioxide Wafer, Sample Size:1cmx1cm: 5 pack |
Properties of Graphene Film
The thickness and quality of graphene films are controlled by Raman Spectroscopy
Graphene coverage is about 90%
Graphene film is continuous with occasional holes and cracks.
Graphene film is polycrystalline, i.e. it consists of grains with different crystallographic orientation.
Properties of Silicon Dioxide/Silicone Substrate:
The thickness of thermally grown oxide layer: 285nm
The thickness of the silicon wafer is 500 μm
Silicon wafer is P-doped.
Orientation: <100>
Resistance of the wafer: 0.005-0.001 Ohm; |
| Monolayer Graphene on 285 nm Silicon Dioxide Wafer, Sample Size:1cmx1cm: 10 pack |
| Monolayer Graphene on 285 nm Silicon Dioxide Wafer, Graphene area: 2"x2": 4 inch wafer |
| 玻璃襯底單層石墨烯 |
Monolayer Graphene on Glass: 1"x1", Sample Size: 1"x1" |
Monolayer graphene film is grown by CVD processing on a copper foil and transferred onto glass
Properties of Graphene Film on glass
Thickness and quality of graphene films is controlled by Raman Spectroscopy
Graphene coverage is about 90%
The graphene film is continuous, with occasional holes and cracks.
The graphene film is polycrystalline, i.e. it consists of grains with different crystallographic orientation.
T is higher than 97%
Sheet resistance 1500 Ω
Properties of Glass Substrate:
Thickness: 0.7 mm
Density: 2.38 g/cc
Optical transmission without graphene (Visible Range, 380-800 nm)>99.9% |
| Monolayer Graphene on Glass: 1"x1", Sample Size: 1"x1": 5 pack |
| Monolayer Graphene on Glass: 2"x2", Sample Size: 2"x 2" |
| PET襯底單層石墨烯 |
Monolayer Graphene on PET: 1"x1", Sample Size: 1"x 1" |
Monolayer graphene film is grown by CVD processing on a copper foil and transferred onto PET |
| Monolayer Graphene on PET: 1"x1", Sample Size: 1"x 1": 5 PACK |
| Monolayer Graphene on PET: 2"x2", Sample Size: 2"x 2" |
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| 鎳箔基多層石墨烯 |
Multilayer Graphene Film on Nickel foil: 2"x2" |
Nickel foil thickness: 25 micron
We offer multilayer graphene films that are about 300 monolayers (105 nm) thick on average.
These graphene films are grown on nickel foil and continuous across nickel surface steps and grain boundaries. |
| 鎳基多層石墨烯 |
Multilayer Graphene Film on Nickel, Ten 10mmx10mm samples |
Multilayer Graphene Film on Nickel |
| Multilayer Graphene Film on Nickel, Twenty 10mmx10mm samples |
| Multilayer Graphene Film on Nickel，One Wafer 100mm (4 in) |
| 銅箔基單層石墨烯 |
Single Layer Graphene on Copper foil: 2"x2" |
Copper foil thickness: 20 micron |
| Single Layer Graphene on Copper foil: 4"x2" |
| Single Layer Graphene on Copper foil: 4"x4" |
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| CVD石墨烯TEM grids |
25 pack: CVDGraphene TEM Grid on Copper 2000 support |
CVD Graphene film deposited on ultrafine copper TEM grids, 2000 Mesh
Use CVD graphene grown on Ni to prepare TEM grids
Thickness of CVD Graphene film: 0.3-2 nm (1-6 monolayers)
Typical graphene coverage:60-90% |
| 5 pack: CVDGraphene TEM Grid on Copper 2000 support |
| 25 pack: CVDGraphene TEM Grid on Lacey Carbon Support |
CVD Graphene film deposited on Lacey carbon TEM grids, 300 Mesh
Use CVD graphene grown on Ni to prepare TEM grids
Thickness of CVD Graphene film: 0.3-2 nm (1-6 monolayers)
Typical graphene coverage:60-90% |
| 5 pack: CVDGraphene TEM Grid on Lacey Carbon Support |
| Trial pack: 10 CVDGraphene TEM Grids 5/5 |
5 CVD Graphene film deposited on lacey carbon TEM grids (300 Mesh) and 5 CVD Graphene film deposited on Copper TEM grids (2000 Mesh).
Use CVD graphene grown on Ni to prepare TEM grids
Thickness of CVD Graphene film: 0.3-2 nm (1-6 monolayers)
Typical graphene coverage:60-90% |
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| 立體多層石墨烯 |
3D Multilayer Graphene Film on Nickel Foam, 2"x2" |
3D Multilayer graphene on Ni Foam |
| 3D Multilayer Graphene Film on Nickel Foam, 2"x4" |
| 3D Monolayer Graphene Film on Copper Foam, 1.5"x1.5", TWO Pack |
3D graphene on Cu Foam |
| 3D Monolayer Graphene Film on Copper Foam, 2"x4" |
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| 石墨烯納米粉末 |
Graphene Nanopowder: 3 nm Flakes - 1 g |
Grade AO-1 dry black powder
Specifications:
Specific surface area-600 m2/g
Color: Black
Solid content: 98%
Carbon: 97%, Hydrogen 1%, Oxygen 2%
Average flake thickness: 1 nm (less than 3 monolayers)
Average Particle (lateral) size: ~10 microns. |
| Graphene Nanopowder: 3 nm Flakes-Trial Size 0.5 g |
| Graphene Nanopowder: 8 nm Flakes- 5 g |
Grade AO-2 dry powder
Specific surface area-100 m/g2
Color: Black
Purity: 99.9%
Average flake thickness: 8 nm (20-30 monolayers)
Average Particle (lateral) size: ~ 550 nm (150-3000) nm.? |
| Graphene Nanopowder: 8 nm Flakes- 25 g |
| Graphene Nanopowder: 12 nm Flakes-5 g |
Grade AO-3 dry powder
Specifications:
Specific surface area-80 m/g2
Color: Black
Purity: 99.2%
Average flake thickness: 12 nm (30-50 monolayers)
Average Particle (lateral) size: ~ 4500 nm (1500-10000) nm. |
| Graphene Nanopowder: 12 nm Flakes-25 g |
| Graphene Nanopowder: 12 nm Flakes-100 g |
| Graphene Nanopowder: 60 nm Flakes- 25 g |
Grade AO-4 dry powder
Specifications:
Specific surface area<15 m/g2
Color: Black
Purity: 98.5%
Average flake thickness: 60 nm
Particle (lateral) size: ~ 3-7 microns. |
| Graphene Nanopowder: 60 nm Flakes-100 g |
| Graphene Nanopowder: Grade C1, 25 g |
Grade C1
Specifications:
Specific surface area-60 m/g2
Color: Black
Purity: 97%
Average flake thickness: 5-30nm
Average Particle (lateral) size: ~ 5-25 microns. |
| Graphene Nanopowder: Multilayer flakes, 5 g? |
Grade MO-1
Specifications:
Specific surface area-60 m/g2
Color: Black
Purity: 99.9%
Average flake thickness: 28 nm
Density: 2 g/cm3 |
| Graphene Nanopowder: Multilayer flakes, 25 g |
| Graphene Nanopowder Trial kit |
Graphene Nanopowder Grade AO-2, 1 g
Graphene Nanopowder Grade AO-3, 5 g
Graphene Nanopowder Grade AO-4, 5 g
Graphene Nanopowder Grade C-1, 5 g |
| 單層石墨烯溶液 |
Pristine Graphene Monolayer Flakes (50 ml) |
Dispersion in ethanol.
Concentration: 1 mg/L
Carbon content: 99.99%
Ultrapure: no oxidation, no surfactants
Average flake thickness: 0.35 nm (1 monolayer)
Average Particle (lateral) size: ~ 550 nm (150-3000) nm. |
| 傳導(dǎo)石墨紙 |
Conductive Graphene Paper |
Diameter of Graphene Film: 100 mm
Average thickness: 45 microns
Electrical Conductivity: about 1000 S/cm
Silvery/Nontransparent |
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| 單層氧化石墨烯 |
Single Layer Graphene Oxide: 100 mg |
Dry powder
Color:Brown
Composition: Carbon (79%), Oxygen (20%)
Flake size: 0.5-5 microns.
Thickness: 1 atomic layer - at least 80%.
Graphene oxide disperses readily in water and other solvents, breaking up into macroscopic flakes, mostly one layer thick. Graphene oxide layers are about 1.1 ± 0.2 nm thick. |
| Single Layer Graphene Oxide: 500 mg |
| High Porosity Reduced Graphene Oxide-250mg |
dry black powder
Specific surface area-about 400 m2/g
Color: Black
Solid content: 98%
Average flake thickness:1 monolayer
Average Particle (lateral) size: ~3-10 microns.
Flakes have multiple openings and holes
Improved solubility in organic solvents? |
| High Porosity Reduced Graphene Oxide-500mg |
| High Surface Area Reduced Graphene Oxide 75 mg |
dry black powder
Specifications:
Specific surface area-833 m2/g
Color: Black
Solid content: 98%
Carbon/Oxygen Ratio 10.5
Average flake thickness:1 monolayer
Average Particle (lateral) size: ~3-5 microns. |
| 氧化石墨烯 |
Reduced Graphene Oxide: 60 mg, Dry Nanopowder |
Color: Black
Single layer flakes >50%
Low concentration of lattice defects
Specific surface area (SSA) >250m2/g
Lateral size: 1um-10um
Thickness: 0.5-0.6 nm |
| 單層氧化石墨烯水溶液 |
Single Layer Graphene Oxide Dispersion in Water: 60 ml |
Aqueous dispersion, 60 ml
Concentration: 275 mg/L
Composition: Carbon (79%), Oxygen (20%)
Flake size: 0.5-5 microns.
Thickness: 1 atomic layer - at least 80%.
Color:Brown |
| Single Layer Graphene Oxide Dispersion in Water: 175 ml |
| Highly Concentrated Single Layer Graphene Oxide Dispersion in Water:60 ml |
Concentration: 5g/L, 0.33g per bottle
Composition: Carbon (79%), Oxygen (20%)
Flake size: 0.5-0.7 microns.
Thickness: 1 atomic layer - at least 60%.
Color:Brown |
| Highly Concentrated Single Layer Graphene Oxide Dispersion in Water:175 ml |
| Highly Concentrated Single Layer Graphene Oxide Dispersion in Water:1000 ml |
| 玻璃基氧化石墨烯 |
The Graphene OxideThin Film on Glass |
Diameter of Graphene Oxide Film: 35 mm
Thickness: 175 nm
Deposited on a round slide: D=50.8 cm, thickness=1 mm |
| 氧化石墨烯紙 |
Graphene Oxide Paper |
Diameter:4.0cm
Thickness: 10 microns
Non-conductive
Tensile modulus> 20 GPa
Color: Black
Bends easily |
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| Kish石墨烯 |
Natural Kish Graphite (Grade 200), 5g |
Ultrapure: Carbon>99.2%, Moisture<0.35%
Flake size: 0.7-2 mm |
| Natural Kish Graphite (Grade 300), 0.2g |
Ultrapure: Carbon>99%
Large Flakes: size 1-3 mm |
| Natural Kish Graphite (Grade 300), 0.5g |
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| 石墨烯轉(zhuǎn)移 |
5 Pack: Graphene Transfer Tape |
Thermal Release Tape, 5 pack
Size: 200 mm x 200 mm |
| Graphene Transfer Kit |
Twographene release Tapes (Size: 200 mm x 200 mm)
Single Layer Graphene on Copper foil: 2"x2"
Trial pack: Twenty 10mmx10mm samples, Graphene Film on Nickel |
線陣CCD光纖光譜儀
