GR8905 Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating

Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating Description

Experience leading performance with our Monolayer Graphene Film on Cu Foil, measuring 150 x 150 mm and protected by a PMMA coating. This single-atom-thick layer possesses exceptional electrical conductivity, high transparency, and significant mechanical strength. The PMMA support allows easy handling and transfer to alternate substrates, reducing the risk of contamination or damage during processing. Its uniform coverage and low defect density support consistent, reliable results across diverse applications.

Ideal for advanced research, electronic device development, and sensor technology, this graphene film meets rigorous quality standards to ensure reproducibility. The controlled fabrication process yields a stable, homogenous film that researchers and engineers can rely on for projects requiring superior electronic and optical properties. Utilise the power of monolayer graphene today to advance the frontiers of innovation.

Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating Applications

This monolayer graphene film on copper (Cu) foil, measuring 150x150 mm and coated with PMMA, is designed to leverage graphene’s electrical conductivity, mechanical strength, and chemical stability. Its properties enable a wide range of applications in electronics, energy, and industrial processes, offering enhanced performance, durability, and versatility across various sectors seeking to optimise quality, efficiency, and innovation.

1. Industrial Applications

·         Advanced sensor arrays for chemical plants: Suitable for real-time monitoring of corrosive or high-temperature environments, due to graphene’s superior conductivity and chemical stability.

·         Flexible automotive electronics: High mechanical strength supports control panels and engine components, improving reliability in demanding conditions.

2. Research and Scientific Applications

·         Fundamental studies in 2D materials: The clean and consistent film surface enables advanced material analysis, providing deeper insights into graphene’s properties.

·         Novel device prototyping: PMMA coating allows straightforward transfer onto various substrates, speeding the development of innovative electronics and sensors.

3. Commercial and Consumer Applications

·         Enhanced smartphone touchscreens: Provides a transparent, highly conductive layer that boosts touchscreen responsiveness and durability.

·         Solar panel innovations: Improves light transmittance and electrical performance in thin-film solar modules, driving better conversion efficiency for renewable energy solutions.

Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating Packaging

Each monolayer graphene film on copper foil measures 150x150 mm and is shipped with a protective PMMA layer. The foil is carefully sealed in a moisture-barrier bag with desiccant to prevent oxidation. Polystyrene foam supports corners to prevent mechanical damage. For added safety, an anti-static envelope minimises particulate contamination. Store flat in a clean, dry environment at room temperature. Custom sizes and packaging solutions are available to meet specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating FAQs

Q1: What are the key material properties of Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating?

A1: This monolayer graphene film is typically one atomic layer thick, providing exceptional electrical conductivity and high optical transparency. The underlying copper foil ensures uniform graphene growth while maintaining mechanical integrity during processing. The PMMA coating acts as a protective layer, guarding the graphene from contamination and physical damage. Overall, the film demonstrates high carrier mobility, chemical stability, and strong adhesion, making it suitable for research, electronics, and sensor applications.

Q2: How should this product be handled and stored?

A2: Handle the foil carefully, wearing clean gloves to prevent contamination from oils or particulates. Keep it in a low-humidity, dust-free environment, preferably in a sealed container or vacuum-sealed pouch to minimise oxidation. Avoid bending the foil excessively, as this can damage or delaminate the monolayer graphene. Maintain moderate, stable temperatures and protect the PMMA layer from direct contact with solvents or excessive physical stress.

Q3: Which quality standards and certifications apply to Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating?

A3: Reputable suppliers subject their graphene products to stringent in-house inspection, including Raman spectroscopy for verifying monolayer consistency and uniformity. Many manufacturers follow ISO 9001 guidelines to ensure consistent quality management throughout production. They also perform optical and electrical characterisation for verifying sheet resistance and transparency. In addition, careful quality control checks confirm adhesion strength, defect density, and film uniformity before shipping to ensure dependable, high-performance materials.

Related Information

1. Applications in Advanced Industries

Many sectors benefit from the Monolayer Graphene Film on Cu Foil 150x150 mm with PMMA Coating, as it combines high electrical conductivity with significant mechanical strength. This structure proves invaluable in next-generation electronic devices, including flexible displays and transparent electrodes, where compact dimensions and precision performance are critical. By integrating graphene’s low sheet resistance with the robust support of copper foil, manufacturers can achieve efficient current flow in compact electronic circuits.

Moreover, the durable PMMA coating shields the graphene layer during transfer processes, maintaining a pristine surface ideal for research labs and commercial prototyping. Its uniform thickness allows for consistent results across multiple applications, ranging from highly sensitive chemical sensors to advanced energy storage components. This stability and repeatability lead to scalable products that exploit the film’s conductivity and mechanical integrity.

2. Quality Control Measures

Thorough inspection of the monolayer involves advanced techniques such as Raman spectroscopy and optical microscopy to verify structural integrity and uniformity. Each batch is examined for imperfections or variations in thickness, ensuring that every section of the 150x150 mm surface meets strict quality parameters. These routine checks help manufacturers maintain consistent electrical properties and avoid issues regarding localized defects.

Extensive metrology procedures are also employed to confirm reliable adhesion of the PMMA coating over the graphene. Precision testing confirms that protective layers remain intact, safeguarding the material’s electrical performance during handling and implementation. By integrating these rigorous protocols, producers can guarantee a premium product that excels in commercial environments requiring peak conductivity and dependable stability.