- Product Details
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Quick Details
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Brand Name:
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XINGLI BEIHAI
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Model Number:
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XLBH
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Product name:
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Graphene produdcts
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Shape:
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Liquid and powder
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Color:
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Brown
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Layer thickness:
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0.7-1.2nm
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Material:
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Graphene
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Feature:
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High Performance
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Key Words:
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Customized Graphite Die
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Grade:
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Top
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MOQ:
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1 Gram
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Service:
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24 Hours Online
Quick Details
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Application:
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transparent electrodes drug delivery
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Chemical Composition:
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Graphene
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Place of Origin:
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Jiangxi, China
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Brand Name:
-
XINGLI BEIHAI
-
Model Number:
-
XLBH
-
Product name:
-
Graphene produdcts
-
Shape:
-
Liquid and powder
-
Color:
-
Brown
-
Layer thickness:
-
0.7-1.2nm
-
Material:
-
Graphene
-
Feature:
-
High Performance
-
Key Words:
-
Customized Graphite Die
-
Grade:
-
Top
-
MOQ:
-
1 Gram
-
Service:
-
24 Hours Online
Products Description
Our Advantages
1.Suitable for various film, drug carrier, composite materials
2.Graphene solution
3.Graphene oxide
4.Competitive price and best service
2.Graphene solution
3.Graphene oxide
4.Competitive price and best service
Product Details
Graphene is practically a one atom thick layer of carbon atoms, densely packed in a hexagonal (honey comb) lattice. The
carbon-carbon bond length in graphene is about 0.142 nanometers. It is already known that it has unbelievable strength and conductivity, both of which are a result of its structure.
Graphene differs from conventional 3D materials in that it is a semi-metal or zero-gap semiconductor. It has a remarkable electron mobility at room temperature and it has been showed that electrical current going through it can magnetize it.
Single lager of Graphite, solid powder, Purity>99%, layer thickness 0.7-1.2nm, sizes are hundreds of nm - several µm, Metallic content <10ppm. It is most suitable for all kinds of conductive additives, composite material, etc.
carbon-carbon bond length in graphene is about 0.142 nanometers. It is already known that it has unbelievable strength and conductivity, both of which are a result of its structure.
Graphene differs from conventional 3D materials in that it is a semi-metal or zero-gap semiconductor. It has a remarkable electron mobility at room temperature and it has been showed that electrical current going through it can magnetize it.
Single lager of Graphite, solid powder, Purity>99%, layer thickness 0.7-1.2nm, sizes are hundreds of nm - several µm, Metallic content <10ppm. It is most suitable for all kinds of conductive additives, composite material, etc.
Specification
Different kinds of Graphene
1, Electrical And Thermal Conduction Type Graphene
Use for coatings, printing inks, polymers, batteries, thermal conductive gels and LED.
2, Enhancement Type Graphene
Use for reinforcement of polymer composites, such as plastic, resin, rubber, glass fiber and carbon fiber composites.
3, Anti-Corrosion Type Graphene
Suitable for all types of (heavy duty) anti-corrosive coatings, such as epoxy zinc-rich primer, (chromium-free) dacromet coating.
4, Graphite Oxide
Use for polymer composites, such as plastic, resin, rubber, fiber composites, also for anode and cathode materials of Li-ion
batteries, graphene thermal conductive film and catalyst loading.
5, Graphite Oxide Suspension
Use for polymer composites, such as plastic, resin, rubber, fiber composites, also for anode and cathode materials of Li-ion
batteries, graphene thermal conductive film and catalyst loading.
6, Graphene Water Suspension
Use for water based coating fields.
7, Graphene NMP Suspension
Used in conductive agent of lithium batteries, anti-static coatings and other fields.
1, Electrical And Thermal Conduction Type Graphene
Use for coatings, printing inks, polymers, batteries, thermal conductive gels and LED.
2, Enhancement Type Graphene
Use for reinforcement of polymer composites, such as plastic, resin, rubber, glass fiber and carbon fiber composites.
3, Anti-Corrosion Type Graphene
Suitable for all types of (heavy duty) anti-corrosive coatings, such as epoxy zinc-rich primer, (chromium-free) dacromet coating.
4, Graphite Oxide
Use for polymer composites, such as plastic, resin, rubber, fiber composites, also for anode and cathode materials of Li-ion
batteries, graphene thermal conductive film and catalyst loading.
5, Graphite Oxide Suspension
Use for polymer composites, such as plastic, resin, rubber, fiber composites, also for anode and cathode materials of Li-ion
batteries, graphene thermal conductive film and catalyst loading.
6, Graphene Water Suspension
Use for water based coating fields.
7, Graphene NMP Suspension
Used in conductive agent of lithium batteries, anti-static coatings and other fields.
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