GR8900 Monolayer Graphene Film on Cu Foil 60x40 mm

Monolayer Graphene Film on Cu Foil 60x40 mm Description

This premium monolayer graphene film on copper foil (60×40 mm) is grown using advanced CVD techniques to ensure exceptional uniformity and crystallinity. Its ultra-thin structure provides outstanding electrical conductivity, remarkable mechanical strength, and high optical transparency—all essential properties for research and product development. The graphene layer is meticulously inspected for minimal defects, guaranteeing a pristine, high-quality sample suitable for both academic and industrial applications.

Engineered to meet rigorous quality standards, this graphene film is suitable for creating transistors, high-sensitivity sensors, and energy storage solutions. Its compatibility with standard transfer protocols further facilitates integration into diverse experimental setups and manufacturing processes. For prototyping or production, this monolayer graphene film offers a pathway to significant technological advancements.

Monolayer Graphene Film on Cu Foil 60x40 mm Applications

Monolayer graphene film on copper foil (60×40 mm) is known for its high electrical conductivity, strong mechanical properties, and stability. As a single-atom-thick carbon layer, it offers excellent flexibility and a large surface area, impacting industries from electronics to energy solutions. Its characteristics support efficient, lightweight, and durable designs, spotlighting possibilities in commercial and industrial applications.

1. Electronics and Semiconductor Applications

·         Application 1: Utilised in high-performance transistors and sensors, leveraging the film’s electron mobility and ultra-thin structure

·         Application 2: Transparent conductive coatings for flexible displays and touchscreens, enhancing device longevity and efficiency

2. Medical and Healthcare Applications

·         Application 1: Biocompatible coatings on diagnostic tools, providing advanced sensitivity for medical testing

·         Application 2: Wearable health monitors that benefit from the film’s lightweight, flexible, and conductive properties

3. Energy and Manufacturing Applications

·         Application 1: Integration into solar cells for improved power conversion efficiency and reduced material thickness

·         Application 2: Reinforced coatings on industrial equipment, improving corrosion resistance and mechanical strength

Monolayer Graphene Film on Cu Foil 60x40 mm Packaging

Your Monolayer Graphene Film on 60 x 40 mm Cu foil arrives vacuum-sealed in a static-free bag to protect from moisture and debris. The package includes a foam insert for impact resistance, while a silica gel pack controls humidity. Store in a dry environment, ideally at room temperature, to prevent deterioration. Each shipment is batch-labeled for traceability, and customised labelling or secondary shielding layers are available upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Monolayer Graphene Film on Cu Foil 60x40 mm FAQs

Q1: What are the key material properties of Monolayer Graphene Film on Cu Foil 60x40 mm?

A1: This monolayer graphene film, measuring just one atom thick, exhibits electrical conductivity, typically exceeding 2 000 cm²/V·s in carrier mobility. It also offers excellent thermal conductivity, with values reaching up to 5 000 W/mK under optimal conditions. Mechanically, it is strong yet flexible. The Cu foil substrate ensures consistent support, and its 60x40 mm dimensions make it suitable for research, prototyping, and industrial processes.

Q2: How should this product be handled and stored?

A2: To preserve the integrity of the graphene layer, handle the Cu foil with clean gloves and avoid direct contact that could introduce contaminants. Store it in a low-humidity environment, ideally in sealed packaging or a desiccator. Excess bending or folding may damage the film, so maintain flat, stable support. When transporting, ensure minimal vibration and shock to prevent the foil from scratching or deforming.

Q3: Which quality standards and certifications apply to Monolayer Graphene Film on Cu Foil 60x40 mm?

A3: Manufacturers of this product typically conform to ISO 9001 quality management guidelines to ensure consistent production and traceability. RoHS compliance may also be required for electronics-related applications, verifying the absence of certain hazardous substances. In some regions, REACH regulations apply, covering chemical safety standards. These protocols help guarantee uniform thickness, minimal defects, and high purity throughout the graphene layer, enhancing reliability for commercial and research purposes.

Related Information

1. Material Properties and Advantages

Monolayer Graphene Film on Cu Foil 60x40 mm exhibits electrical conductivity due to its single-atom thickness and uniform lattice structure. This ultra-thin layer allows electrons to move across the surface, minimising resistive losses and providing a platform for advanced electronic devices. Additionally, its thermal conductivity dissipates heat, ensuring performance stability in high-temperature operating conditions.

Due to its atomic-level flatness, this graphene material offers optical properties and mechanical strength. Its transparency and flexibility make it suitable for flexible displays, transparent conductive electrodes, and other technologies. Furthermore, the Cu foil substrate, sized at 60x40 mm, supports the production of large-area graphene sheets that maintain reliability and uniformity across the surface.

2. Applications in Advanced Industries

Monolayer graphene grown on Cu foil is used in industries advancing electronic miniaturisation. In microelectronics, it can fabricate transistors with improved switching speeds and reduced power consumption, thanks to the material’s charge carrier mobility. This platform also supports the development of sensors that require sensitivity and fast response times.

Monolayer Graphene Film on Cu Foil 60x40 mm is utilised across various sectors such as biomedicine, photonics, and energy storage. In biomedicine, the surface’s biocompatibility enables the creation of diagnostic tools and implants. Within photonics, the optical transparency and conductivity support the design of light detectors and optical components. Coupled with enhancing electrode performance, graphene’s properties foster innovation in batteries, supercapacitors, and energy-harvesting solutions.