GR1969 3D Graphene Foam

Catalog No. GR1969
Pore Size 580 microns
Thickness 1.2 mm

The 3D graphene foam can be used as a battery material and chemical sensor material. Stanford advanced materials (SAM) provides different material of metal foams with high quality and competitive price.

Other Related Products: Aluminum Foam, Titanium Foam, Nickel-Chrome Alloy Foam, Iron Foam, Stainless Steel 316 Foam

 

Description of Graphene Foam

The 3D Graphene Foam is grown conformably onto nickel or cooper foam by the CVD process. The 3D graphene has the characteristics of large surface area, good electrical conductivity, and lightweight. It also keeps most of two-dimensional graphene’s properties. CVD processing of graphene foam provides a new material choice of battery and sensor.

graphene-foam

 

Specification of Graphene Foam

Material

Graphene

Sample size

25mm*25 mm

Thickness

1.2 mm

Pore Size

580 microns

Areal density

320 g/m2

Type

Copper foam (monolayer), Nickel foam (multilayer), freestanding (multilayer)


XDR:

graphene

Applications of Graphene Foam 

Electrochemical energy storage devices:

- Supercapacitor
- Lithium-Ion Battery
- Aluminum battery
- Sodium batteries

Sensor applications:

- Chemical sensor
- Gas sensor

LATEST RECOMMENDED

CU1813 Copper Foam (Cu Foam)

CU1813 Copper Foam (Cu Foam)

FE1814 Iron-Nickel Foam (Fe-Ni Foam)

FE1814 Iron-Nickel Foam (Fe-Ni Foam)

NK1815 Nickel Foam (Ni Foam)

NK1815 Nickel Foam (Ni Foam)

TI1816 Titanium Foam (Ti Foam)

TI1816 Titanium Foam (Ti Foam)

FE1970 Iron Foam

FE1970 Iron Foam

NK1971 Nickel-Chrome Alloy Foam

NK1971 Nickel-Chrome Alloy Foam

SV1972 Silver Foam

SV1972 Silver Foam

SS1973 Stainless Steel 316 Foam

SS1973 Stainless Steel 316 Foam

GET A QUOTE

Please fill in your details and one of our material experts will get back to you within 24 hours. For more information, contact us via E-mail at sales@samaterials.com.

** Email address with your company's domain name is preferred. Otherwise, we may not be able to process your inquiry.