Graphene Foam

We supply graphene foam in different thicknesses, pore sizes, and substrate options depending on the application requirement. Monolayer, multilayer, and freestanding types are available. Custom sizes can also be supplied for laboratory work, R&D projects, and industrial development applications.

Graphene foam is widely used in lithium-ion batteries, sodium batteries, aluminum battery research, and supercapacitor development. It is also used in gas sensors, chemical sensors, and other electronic applications where lightweight conductive material is required.

The material offers good electrical conductivity with low weight and high surface area, making it suitable for advanced electrochemical applications. It is also easy to integrate into different experimental and process setups.

Orders are accepted for both small and bulk quantities. Share your required size, thickness, and application details to receive suitable material and pricing. Supply is available for domestic and export requirements.

Features of Graphene Foam

• Lightweight material with open porous structure
• Good electrical conductivity for energy and electrode applications
• High surface area for better charge transfer
• Suitable for battery and supercapacitor research
• Available on copper foam and nickel foam substrates
• Can be supplied in different thicknesses and pore structures
• Easy to use in laboratory and R&D applications
• Suitable for custom sizes and specifications

Applications of Graphene Foam

• Used in lithium-ion battery and sodium battery research
• Used in supercapacitors for energy storage applications
• Used in gas sensors and chemical sensor systems
• Used in electrochemical and conductivity testing
• Used in laboratory and R&D projects
• Used as conductive support material in advanced electronics
• Used in experimental energy storage and electrode applications

Specifications of Silver Foam

• Material: Graphene
• Type: Copper Foam (Monolayer), Nickel Foam (Multilayer), Freestanding (Multilayer)
• Sample Size: 100 mm × 100 mm (Custom sizes available)
• Thickness: 0.5 mm – 1.6 mm
• Pore Size: Approx. 580 microns
• Density: Approx. 4 mg/cm³
• Structure: 3D Porous Graphene Foam
• Substrate Options: Copper Foam / Nickel Foam

Reference Dimensions

0.1 mm × 200 mm × 300 mm, 0.2 mm × 200 mm × 300 mm, 0.3 mm × 200 mm × 300 mm, 0.4 mm × 200 mm × , 00 mm, 0.5 mm × 200 mm × 300 mm, 0.6 mm × 200 mm × 300 mm, 0.7 mm × 200 mm × 300 mm, 0.8 mm × 200 mm × 300 mm, 0.9 mm × 200 mm × 300 mm, 1.0 mm × 200 mm × 300 mm, 1.6 mm × 200 mm × 300 mm

Custom sizes are available as per requirement.

Global Export of 3D Graphene Foam

Ambani Metals exports graphene foam to customers across the Middle East, Africa, Europe, Asia, and Pan-Pacific countries for industrial and research applications. We supply to countries including the UAE, Saudi Arabia, Germany, UK, France, Japan, South Korea, Singapore, Australia, USA, Canada, and many other global markets.

Our graphene foam is supplied for battery research, supercapacitors, sensors, electrochemical applications, and advanced material projects. Both small and bulk export orders are accepted with proper packing and documentation as per requirement.

Custom sizes and specifications can be supplied based on application needs. Share your requirement and destination details to receive suitable material options and pricing.

Why Choose Ambani Metals for 3D Graphene Foam?

Ambani Metals supplies 3D graphene foam for research, energy storage, and industrial applications. We provide material with consistent structure, good conductivity, and practical specifications suitable for laboratory and development work.

Different substrate options, thicknesses, and custom sizes are available based on requirement. We support both small and bulk quantities and handle domestic as well as export supply.

Customers can share their application details to get suitable material options and pricing.

High Quality 3D Graphene Foam

Ambani Metals is a supplier and exporter of high quality 3D graphene foam for research, battery, and electrochemical applications. The material is produced using the CVD (Chemical Vapor Deposition) process on nickel foam or copper foam substrates to form a lightweight porous graphene structure with good electrical conductivity.

3D graphene foam is widely used in supercapacitors, battery research, sensors, and conductive applications where high surface area and low weight are important. The porous structure helps in better charge transfer and improves performance in electrochemical systems.

The material has good conductivity and works as a lightweight conductive carrier for different experimental and industrial applications. Various oxide and hydroxide nano structures can also be grown on the graphene foam surface depending on the project requirement.

We supply graphene foam in different thicknesses, pore structures, and custom sizes based on requirement. Both small and bulk quantities are available for domestic and export supply.

Graphene Foams Growing on Nickel Foam

Ambani Metals is a supplier and exporter of graphene foams grown on nickel foam for research, electrochemical, and energy storage applications. The material is produced using the CVD process, where graphene layers are formed on a nickel foam substrate to create a lightweight and highly conductive porous structure.

Graphene foam on nickel foam is widely used in supercapacitors, battery research, sensors, and electrode applications where high surface area and conductivity are important. The open porous structure supports better charge transfer and helps improve electrochemical performance in experimental and industrial setups.

The material offers good conductivity, low weight, and stable porous structure, making it suitable for laboratory and advanced material applications. Different thicknesses, pore structures, and custom sizes can be supplied depending on the requirement.

We support both small and bulk quantities for domestic and export supply. Share your required specifications and application details to receive suitable material options and pricing.

3D Graphene Foam Metal Foam with Honeycomb Structure

3D graphene foam with honeycomb structure is a porous conductive material used in advanced research and energy-related applications. The honeycomb pattern gives the material a connected open structure, which helps in maintaining good conductivity while keeping the weight low.

The material is mainly used where fast electron transfer and larger active surface area are needed. Due to its structure, it is suitable for supercapacitors, battery electrodes, catalyst carriers, and sensor development work. The foam structure also helps electrolyte movement in electrochemical applications.

Graphene foam metal foam is generally produced on nickel foam or copper foam substrates through the CVD process. The final material has good flexibility, lightweight structure, and stable performance for laboratory and industrial testing applications.

Different thicknesses, pore structures, and dimensions are available depending on the project requirement. Custom sizes can also be supplied for R&D and industrial use.

Graphene Metal Foam Has Extremely High Thermal Conductivity and Electrical Conductivity

Graphene metal foam is a lightweight porous material with very high thermal and electrical conductivity. Its open foam structure allows efficient heat transfer and fast electron movement, making it suitable for battery research, supercapacitors, sensors, and electrochemical applications.

The material provides a large surface area with good conductivity, which helps improve performance in energy storage and conductive applications. It is available on nickel foam and copper foam substrates in different thicknesses and custom sizes as per requirement.