GR8909 Monolayer Graphene Film on Quartz Substrate 10x10 mm

Monolayer Graphene Film on Quartz Substrate 10x10 mm Description

Experience advanced performance with our Monolayer Graphene Film on a 10×10 mm quartz substrate, engineered to provide exceptional electrical conductivity, high optical transparency, and significant mechanical strength. Manufactured through a tightly controlled chemical vapour deposition (CVD) process, this single-atom-thick graphene layer has minimal defects and consistent thickness across the entire substrate. Its outstanding carrier mobility and thermal stability make it suitable for advanced electronics, photonics, and sensor applications.

We uphold stringent quality standards by using premium raw materials and rigorous testing methods to ensure reliability in research and industrial projects. Its crystal-clear quartz base supports both accurate optical measurements and broad compatibility with various fabrication processes. Equip your laboratory or manufacturing facility with this durable and versatile material, unlocking new possibilities for graphene-based innovation.

Monolayer Graphene Film on Quartz Substrate 10x10 mm Applications

This monolayer graphene film on a 10x10 mm quartz substrate offers extraordinary electrical conductivity, mechanical strength, and optical clarity. It is well-suited for advanced electronics, sensors, and transparent conductive coatings. With a uniform atomic layer, it maintains stable performance across multiple applications. This proprietary structure facilitates innovative solutions in fields ranging from semiconductor processing to flexible device development.

1. Electronics and Semiconductors

·         High-frequency transistor fabrication for faster signal processing

·         Transparent conductive coatings for display technology

2. Medical and Healthcare

·         Biosensing platforms for rapid, accurate diagnostic tests

·         Implantable electrodes offering enhanced biocompatibility and electrical performance

3. Renewable Energy and Sensing

·         Efficient solar cell components for improved light absorption

·         Ultra-sensitive gas sensors enabling precise environmental monitoring

Monolayer Graphene Film on Quartz Substrate 10x10 mm Packaging

Each 10x10 mm monolayer graphene film on quartz is carefully packaged within a dust-free, vacuum-sealed pouch and enclosed in an anti-static container for reliable protection. Foam padding and sealed compartments mitigate handling risks and ensure stability during shipping. We recommend storing in a clean, low-humidity environment to prevent contamination, while customisation options exist for labelling, substrate shape, and personalised packaging to meet specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Monolayer Graphene Film on Quartz Substrate 10x10 mm FAQs

Q1: What are the key material properties of Monolayer Graphene Film on Quartz Substrate 10x10 mm?

A1: This monolayer graphene film exhibits excellent electron mobility, typically reaching several thousand cm²/V·s, making it suitable for high-speed electronic devices. The film also offers an optical transmittance exceeding 95% at visible wavelengths, ensuring minimal interference in optical applications. Mechanically, graphene provides high tensile strength and flexibility, while the quartz substrate guarantees thermal stability, enabling reliable performance in various commercial and industrial settings.

Q2: How should this product be handled and stored?

A2: To protect the graphene layer, operators should wear clean gloves and utilise non-metallic tweezers when handling the sample. Avoid direct contact with the film to prevent contamination. Store the substrate in a clean, low-humidity environment, ideally within a protective container to shield it from particulate matter. Minimise exposure to extreme temperatures or abrupt thermal cycles, which could induce substrate stress.

Q3: Which quality standards and certifications apply to Monolayer Graphene Film on Quartz Substrate 10x10 mm?

A3: High-quality graphene films on quartz are typically manufactured under ISO 9001-certified processes to ensure consistent thickness, uniformity, and purity. Many suppliers also comply with RoHS and REACH directives, confirming the absence of hazardous substances and alignment with environmental regulations. Supplier-specific quality control measures often include optical microscopy, Raman spectroscopy, and electrical testing for sheet resistance, providing reliable assurance of film integrity and substrate cleanliness.

Related Information

1. Manufacturing Process

Beneath the technologically advanced nature of producing a monolayer graphene film on a quartz substrate 10x10 mm lies a highly controlled and precise approach. Specialised chemical vapour deposition (CVD) techniques are employed to achieve uniform coverage of graphene atoms across the quartz surface, resulting in an ultra-thin and continuous layer. The process often involves carefully calibrated temperatures and pressure levels to ensure that only a single atomic layer of carbon is deposited, preserving the transparency and electrical conductivity that make graphene desirable in innovative applications.

Tight fabrication parameters are essential during every stage of deposition, including the introduction of carbon-based precursors and controlled cooling routines. This systematic methodology promotes consistent layer thickness and bonds each carbon atom seamlessly to the quartz substrate. A strict validation phase follows production, ensuring the final monolayer is free from defects and able to display enhanced electron mobility, high thermal conductivity, and stable structural integrity.

2. Applications in Advanced Industries

Leading advances in modern electronics, this monolayer graphene film on quartz substrate 10x10 mm is frequently used as a transparent and conductive window in photonics. Its near-perfect atomic arrangement and significant surface quality allow for minimal optical distortion, thus making it an excellent choice in sensitive optical sensors and compact display technologies. These properties also facilitate signal integrity in high-frequency devices, benefiting sectors that require fast data transmission.

Optimised for precision and purity, this graphene-on-quartz configuration is equally valuable in chemical and biological sensing. With a large surface area and significant responsiveness to variations in ambient conditions, it can detect subtle shifts in molecular concentrations. This capability allows for more accurate readings in life sciences, environmental monitoring, and nanofluidic systems, all while occupying a compact 10x10 mm form factor that enables efficient integration into a wide range of advanced products.