GR6939 Few-layer graphene on PET substrate

Few Layer Graphene on PET Substrate Description

Few-Layer Graphene on PET Substrate integrates well‐documented properties of graphene with the measured flexibility and durability of Polyethylene Terephthalate (PET). This composite demonstrates increased electrical conductivity, appropriate mechanical strength and reliable thermal stability, while retaining the flexibility required for diverse technical applications.

The material is applicable to flexible electronics, wearable devices, sensors and energy storage systems. The PET substrate, recognised for its light weight and flexibility, provides a stable platform for the graphene. The resulting composite exhibits enhanced conductivity and adaptability. Applications include transparent conductive films, supercapacitors and touchscreens, where both durability and flexibility are necessary.

Key Benefits:

Improved Conductivity: The multi‐layer graphene increases electrical conductivity relative to single‐layer graphene.

Flexibility: PET contributes a light weight and flexible basis for various applications.

Durability: The integration of graphene and PET maintains prolonged performance under flexible conditions.

High Surface Area: The graphene structure offers an increased surface area beneficial for energy storage devices, including supercapacitors and batteries.

Customisable: The material is available in various sizes and configurations to meet specific technical requirements.

Few Layer Graphene on PET Substrate Applications

·      Flexible Electronics: Employed in wearable electronics, flexible circuits and electronic textiles to fulfil design criteria.

·      Transparent Conductive Films: Utilised in touchscreens, displays and solar cells, where both transparency and electrical conduction are required.

·      Energy Storage: Incorporated in supercapacitors and batteries to utilise the high surface area and improve charge/discharge efficiency.

·      Sensors: Implemented in gas sensors, biosensors and environmental sensors with quantifiable sensitivity and response times.

·      Photovoltaics: Employed in solar panels to optimise electrical conduction and system efficiency.

·      Wearable Devices: Applied in flexible sensors and energy‐harvesting systems for health monitors and fitness trackers.

Few Layer Graphene on PET Substrate Packaging

The products are packaged in customised cartons of varying dimensions determined by the material size. Small items are packed in PP boxes, whereas larger items are placed in custom wooden crates. Packaging is performed using specified cushioning materials to protect against damage during transport.

Packaging: Carton, Wooden box, Paper barrel, Iron barrel, or Customised.

Please refer to the packaging details provided for further information.

Few Layer Graphene on PET Substrate FAQs

Q1. What are the key benefits of Few-Layer Graphene on PET Substrate?

Improved Conductivity: Multi‐layer graphene increases electrical conductivity relative to single‐layer graphene.

Flexibility: PET provides a light weight, flexible platform that is suitable for use in wearable and flexible electronic applications.

Durability: The combination of graphene and PET maintains prolonged performance under conditions that require flexibility and resistance to stress.

High Surface Area: The graphene structure provides an increased surface area beneficial to energy storage devices such as supercapacitors and batteries.

Customisation: The material is available in multiple sizes and configurations to meet specific technical requirements.

Q2. What are the primary applications of Few-Layer Graphene on PET Substrate?

Flexible Electronics: Employed in wearable electronics, flexible circuits and electronic textiles.

Transparent Conductive Films: Utilised in touchscreens, displays and solar cells.

Energy Storage: Incorporated in supercapacitors and batteries to enhance energy efficiency.

Sensors: Implemented in gas sensors, biosensors and environmental sensors, with measured sensitivity.

Photovoltaics: Employed in solar panels to increase system efficiency and power conversion.

Wearable Devices: Applied in health monitoring systems and fitness trackers.

Q3. Can the size of Few-Layer Graphene on PET Substrate be customisable?

Yes, the material is customisable regarding its size and thickness, which allows it to meet the specific requirements of various applications, including energy storage, sensors and flexible electronics.

Precautions and Storage Instructions

Store this product in a sealed container within a dry environment at room temperature. It should be kept away from volatile substances and contaminants. Given that storage in an area free from fire hazards is required, proper care will maintain safety and quality.