GR8895 Monolayer Graphene Film on PET Substrate Dia. 6 in

Monolayer Graphene Film on PET Substrate Dia. 6 in Description

Our Monolayer Graphene Film on a 6-inch PET substrate offers notable flexibility, transparency, and electrical conductivity. Comprising a single, atom-thin layer of carbon atoms, the graphene layer is grown with precision to maintain uniform thickness across the entire surface. The PET substrate adds strength and resilience, preserving the delicate graphene sheet while remaining lightweight and bendable. This combination of properties ensures minimal signal loss and excellent performance in applications requiring transparent conductive materials.

Thanks to our rigorous quality control processes, the graphene film meets tight specifications for sheet resistance, surface smoothness, and optical clarity. These standards make it an ideal solution for research and manufacturing environments in electronics, flexible touchscreens, and advanced sensor technologies. Achieve optimal performance and reliability with our high-quality Monolayer Graphene Film on PET substrate.

Monolayer Graphene Film on PET Substrate Dia. 6 in Applications

Monolayer graphene films on PET substrates provide exceptional conductivity, mechanical strength, and transparency in a flexible, lightweight form. With a 6-inch diameter, this substrate is suitable for innovative devices that demand versatile performance. By utilising graphene’s significant electron mobility and thermal conduction capabilities, manufacturers, researchers, and product designers can explore new possibilities across electronics, healthcare, energy, and beyond, leveraging a material that is at the forefront of technological advancements.

1. Industrial Applications

·        Electronics Manufacturing: The film’s high conductivity and flexibility make it suitable for flexible circuit boards and transparent conductive displays.

·        Chemical Processing: Outstanding chemical resistance and thermal stability support advanced sensors and corrosion-resistant covers for chemical production environments.

2. Research Applications

·        Advanced Materials Studies: Monolayer graphene on PET serves as a model substrate for exploring graphene’s mechanical and electrical behaviours.

·        Scientific Instruments: The substrate’s clarity and conductive properties assist with imaging techniques and support precise measurement tools.

3. Commercial Applications

·        Wearable Devices: Lightweight and transparent features allow for unobtrusive biosensors and advanced electronics integrated into wearable products.

·        Consumer Electronics: The film’s durability and superior conductivity enhance touchscreens, smart windows, and flexible displays for modern devices.

Monolayer Graphene Film on PET Substrate Dia. 6 in Packaging

Each monolayer graphene film on a 6-inch PET substrate is packaged in a contamination-free, vacuum-sealed pouch. A laser-cut foam insert secures the substrate, while anti-static layers mitigate electrostatic discharge. Storage is recommended at room temperature in a low-humidity environment to maintain film integrity. Customised labels, barcodes, and packaging designs are available to meet diverse requirements. Protective gloves are advised when handling to avoid contamination.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Monolayer Graphene Film on PET Substrate Dia. 6 in FAQs

Q1: What are the key material properties of Monolayer Graphene Film on PET Substrate Dia. 6 in?

A1: Monolayer Graphene Film on PET Substrate Dia. 6 in offers excellent optical transparency (over 95%), remarkable mechanical flexibility, and outstanding electrical conductivity, with a sheet resistance typically below 300 Ω/sq. The graphene layer is chemically stable and exhibits minimal defect density, enabling consistent performance across the entire 6-inch diameter. This combination of high conductivity and transparency makes it suitable for advanced sensing, flexible electronics, and transparent electrode applications.

Q2: How should this product be handled and stored?

A2: Given that the film is extremely thin and delicate, it should be handled only in a clean, controlled environment. Use non-abrasive gloves and specialised tweezers to avoid scratching or contaminating the graphene surface. The substrate must be kept free of moisture and particulate matter by storing it in a sealed, low-humidity container. Avoid bending the film beyond recommended specifications to maintain structural integrity.

Q3: Which quality standards and checks apply to Monolayer Graphene Film on PET Substrate Dia. 6 in?

A3: For commercial-grade products, typical quality checks include Raman spectroscopy to verify graphene presence and uniformity, sheet resistance mapping to assess conductive uniformity, and optical measurements confirming high transparency. ISO 9001-compliant processes ensure consistent manufacturing, and advanced inspection protocols minimise defects across the 6-inch diameter. Additionally, thorough batch sampling verifies film cleanliness and adhesion to the PET substrate, meeting stringent industry demands for reliable performance in commercial applications.

Related Information

1. Material Properties and Advantages

Mechanical strength is a defining characteristic of monolayer graphene film on a PET substrate measuring 6 inches in diameter. This construction provides key tensile properties and exceptional flexibility, making it suitable for applications where both durability and bendability are crucial. Furthermore, the film’s lightweight nature ensures minimal bulk, enabling versatile uses ranging from foldable displays to high-performance sensors.

Conductivity and transparency further differentiate this monolayer graphene film from conventional materials. Its highly uniform atomic structure allows for efficient electron transport, resulting in lower resistance and more reliable device performance. The PET substrate not only supports the delicate graphene layer but also imparts weather resistance, ensuring stable performance in varied environmental conditions.

2. Quality Control Measures

Inspection procedures are implemented throughout every step of production to confirm the consistency and precision of the monolayer graphene film on its PET substrate. Optical and electronic testing assess its uniformity, while non-destructive examination techniques verify the film’s thickness and layer integrity. These measures help identify any potential irregularities before final product deployment.

Analytic evaluations validate mechanical properties, such as tensile strength and flexibility. This involves subjecting the film to controlled stress tests and monitoring its resilience under repeated bending cycles. By implementing strict quality standards, manufacturers ensure that the resulting graphene film consistently meets the demands of high-end commercial and industrial applications.