3D Graphene Foam Copper and Nickel - 3cm x 3cm Laboratory Material for CVD Applications

Compared with traditional heat dissipating materials such as copper and aluminum, graphite foam has many advantages:1. Light weight, easy to process.2. Good thermal conductivity3. permeability and heat dissipation4. Ideal cooling materialsGraphene materials:Graphene is a new type of carbon material. It has a two-dimensional honeycomb crystal structure composed of a single layer of carbon atoms. Graphene has excellent electrical, mechanical, thermal and optical properties due to its special and perfect structure. For example, graphene has 100 times higher housing​ mobility than silicon, 130 GPa strength, good flexibility and nearly 20% elongation, ultra-high thermal conductivity, 2600m²/g specific surface area, and nearly transparent. In a wide band, the optical absorption is only 2.3%. These excellent physical properties make graphene show great potential for applications in RF transistors, ultra-sensitive sensors, flexible transparent conductive films, super-strong and high-conductive composites, lithium-ion batteries and supercapacitors.

• Advanced 3D Graphene Foam: Crafted using CVD technology, this graphene foam features a special three-dimensional connectivity network, ensuring in various applications.
• Superior Electrical Conductivity: Graphene's exceptional charge conduction ability makes it an ideal choice for electronic components, outperforming traditional materials like copper and aluminum.
• Lightweight and Easy to Process: With a low density and high porosity, our graphene foam is lightweight, facilitating easy handling and integration into different systems.
• Excellent Thermal Management: The high thermal conductivity of graphene foam ensures efficient heat dissipation, making it perfect for cooling applications in electronics and other industries.
• Versatile Applications: Ideal for use in RF transistors, ultra-sensitive sensors, flexible conductive films, and batteries, this graphene material is at the forefront of advanced technology.