Few layer graphene flakes powder - FLG 1g

Graphene nanoplatelets in the form of Few Layer Graphene flakes powder in a 1g package. At NanoEmi, we offer FLG powder of the highest quality, meticulously crafted using our extensive expertise in graphene production.
Purity is a crucial factor to consider when selecting graphene flakes, and at NanoEMi, we pride ourselves on delivering graphene flakes with unparalleled purity levels. We understand that minimal impurities pave the way for exceptional performance in various applications, giving you the competitive edge you desire.
Explore our product range and discover how FLG can elevate your applications to unprecedented heights.

  • Volume: 1 g
  • Number of atomic layers: <10
  • Lateral size: Up to few microns (µm)
  • Type: Pure graphene flakes (99,5%)
SKU: 250 Categories: , Tag:


Pure Graphene Flakes Powder for Limitless Possibilities

Attention graphene enthusiasts! Are you on the lookout for top-quality graphene flakes that guarantee outstanding performance in a wide range of applications? Look no further than NanoEMi’s graphene flakes, where purity takes center stage!

Purity is a crucial factor to consider when selecting graphene flakes, and at NanoEMi, we pride ourselves on delivering graphene flakes with unparalleled purity levels. We understand that minimal impurities pave the way for exceptional performance in various applications, giving you the competitive edge you desire.

Our graphene flakes undergo rigorous quality control measures to ensure the highest purity standards. With meticulous attention to detail, we meticulously eliminate impurities, allowing our graphene flakes to shine with unmatched performance capabilities.

But what does this mean for you?

It means that by choosing NanoEMI’s graphene flakes, you’re opening the doors to a world of possibilities. Experience enhanced electrical conductivity, superior mechanical strength, and exceptional thermal properties. Witness the transformative power of high-purity graphene in energy storage, electronics, composites, and beyond.

Don’t compromise when it comes to purity. Trust NanoEMi’s graphene flakes to deliver the highest quality and unlock the full potential of your applications. Our commitment to excellence and unwavering dedication to producing the purest graphene flakes sets us apart as industry leaders.

Join the graphene revolution with NanoEMi’s pure graphene flakes. Elevate your projects to new heights and achieve unparalleled performance. Experience the future of graphene today!

Lead time

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If the ordered product is currently in stock, it will be dispatched within 1-2 business days once the payment has been recorded or a proof of payment has been provided.

Scanning Electron Microscope (SEM) of Few Layer Graphene

SEM (Scanning Electron Microscopy) measurements are vital for analyzing the structure, thickness (number of graphene layers), and diameter of graphene flakes. This microscopy technique utilizes an electron beam to observe and analyze objects at the micrometer and nanometer scale. By scanning the sample surface with focused electrons, SEM produces high-resolution images with a large depth of focus, allowing for detailed spatial examination.

Quality Control at its Finest: Leveraging SEM for Surface Evaluation and Morphological Analysis of Graphene Flakes

At NanoEmi, we rely on SEM examination as a key tool to assess the surface condition and morphology of our graphene flakes. It works in tandem with other analysis methods to ensure stringent quality control and deliver high-quality graphene products.

Scanning Electron Microscope (SEM) of Few Layer Graphene poduced by NannoEMI
Raman Spectrum of Few Layer Graphene poduced by NannoEMI

Raman Spectrum of Few Layer Graphene

Raman spectroscopy is a non-destructive technique that measures the interaction of light with graphene’s vibrational modes. It provides information about the number of graphene layers, the presence of defects, and the degree of strain.

This spectroscopic technique involves measuring the inelastic scattering of photons, known as Raman scattering radiation, when a monochromatic light source interacts with the sample.

Precision and Consistency: Harnessing Raman Spectroscopy for High-Quality Graphene Flake Production

Raman spectroscopy plays a crucial role in ensuring the quality of graphene flakes production here at NanoEMi. By employing this technique, we can effectively analyze various aspects of the graphene flakes, providing valuable insights into their structural properties and overall quality.


Raman spectroscopy provides us with valuable insights into the quality and consistency of our graphene production, enabling us to maintain a reliable and consistent supply of top-grade graphene materials.

X-ray diffracon spectrum (XRD) of Few Layer Graphene

NanoEMi utilizes X-ray diffraction (XRD) spectrum technique for quality assurance in Few Layer Graphene (FLG) production. XRD helps determine graphene structure, layer count, defects, crystallite size, and percentage of graphene content.

Unveiling Graphene's Structure: Harnessing XRD for Precise FLG Characterization at NanoEMi

XRD allows us to characterize the crystallographic networks, determine their elementary cells and lattice constants. It provides insights into the phase composition of materials, measures stresses, determines crystal texture, and analyzes thin films. By recording diffraction images of X-rays interacting with the electron clouds of the graphene atoms, we can create a three-dimensional map of the electron density in the elementary cell of the crystal.

By integrating XRD with other methods, we ensure high-quality graphene flakes that meet customer requirements. XRD plays a crucial role in our commitment to delivering consistent and top-grade graphene products.

X-ray diffracon spectrum(XRD) of Few Layer Graphene poduced by NannoEMI

Elevate Your Innovations with High-Quality of Few Layer Graphene Flakes Powder

Unleash the Future Today!

Why Choose NanoEMI's Graphene Powder?

Discover the Finest Graphene Powder by NanoEMI: Unleash the Power of Pure Graphene.
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Pure Graphene Excellence

Immerse yourself in the unparalleled quality of NanoEMI's Graphene Powder. Our product is derived from pure graphene, ensuring optimal performance and outstanding properties. Experience the extraordinary conductivity, mechanical strength, and flexibility that pure graphene offers.

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Unrivaled Purity and Consistency

At NanoEMI, we prioritize precision and consistency in our manufacturing process. Our Graphene Powder is produced using cutting-edge techniques, resulting in a highly pure and uniform product. Count on NanoEMI for reliability and reproducibility in every application.

Versatile Applications

Unlock endless possibilities with NanoEMI's Graphene Powder. Its remarkable properties make it an ideal choice for various industries, including electronics, energy, composites, and more. Explore the potential of pure graphene in enhancing conductivity, improving mechanical strength, and enabling innovative solutions.

NanoEMI proudly presents its premium Graphene Powder, meticulously crafted to deliver exceptional results.

Quality Control for Graphene Powder: Key Considerations

At NanoEMi, quality is our top priority. We take great care to ensure the highest standards of quality and reproducibility for our graphene powder. When it comes to graphene powder, ensuring the highest quality is paramount. 

Here are the key aspects to consider during the quality control process:


Thoroughly assess the purity of the graphene powder, aiming for minimal impurities and contaminants that could affect its performance.

Layer Thickness:

Determine and verify the desired layer thickness of the graphene powder, whether it's single-layer graphene or few-layer graphene, to meet specific application requirements.


Inspect the size, shape, and uniformity of the graphene flakes in the powder. Look for well-defined flakes that exhibit consistent morphology.

Dispersion Quality:

Evaluate the dispersibility of the graphene powder in different solvents or matrices. Optimal dispersion ensures ease of integration into various applications.

Structural Integrity:

Verify the structural integrity of the graphene flakes within the powder to ensure they are not damaged or fragmented during production or handling.

Characterization Data:

Request and review comprehensive characterization data, including information on flake size distribution, surface area, conductivity, and other relevant parameters.

Impurity Analysis:

Perform thorough analysis to identify and quantify any impurities present in the graphene powder, ensuring it meets the required purity standards.

Production Method:

Understand and validate the production method employed to manufacture the graphene powder. Different methods may yield variations in quality and performance.

Quality Consistency:

Implement robust quality control procedures to maintain consistency in the graphene powder's quality from batch to batch.

Compliance and Certification:

Ensure that the graphene powder meets relevant industry standards and certifications, providing assurance of its quality and suitability for specific applications.

By diligently monitoring and controlling these aspects, you can ensure that the graphene powder you choose meets the highest quality standards, enabling optimal performance and unlocking its vast potential in various applications.

Applications of Few Layer Graphene (FLG) flakes powder

In the ever-evolving world of advanced materials, high-quality graphene flakes have emerged as a game-changer with their exceptional properties and extensive range of applications. As the demand for graphene continues to soar across various industries, it is crucial to explore the market for premium-grade graphene flakes.By understanding the transformative capabilities of top-tier graphene flakes, we can unlock new frontiers of innovation and drive progress in diverse sectors.

Here are some of the applications of Few Layer Graphene (FLG) flakes powder:


FLG flakes powder is used in electronic devices such as transistors, sensors, and conductive films, due to its exceptional electrical properties and high carrier mobility.

Energy Storage - battery:

FLG flakes powder is utilized in batteries, supercapacitors, and fuel cells to improve energy storage capacity, charge/discharge rates, and overall performance.

Composite Materials:

FLG flakes powder is incorporated into polymer composites, enhancing mechanical strength, electrical conductivity, and thermal properties.

Biomedical Engineering:

FLG flakes powder finds applications in drug delivery systems, tissue engineering, biosensors, and bioimaging, owing to its biocompatibility and unique properties.


FLG flakes powder acts as a catalyst support, facilitating various catalytic reactions, including water splitting, hydrogenation, and carbon dioxide reduction.

Flexible Displays:

FLG flakes powder enables the development of flexible and transparent displays, offering improved flexibility, durability, and conductivity.

Coatings and Films:

FLG flakes powder is utilized in coatings and films to enhance mechanical strength, electrical conductivity, and barrier properties against moisture and gases.

Environmental Remediation:

FLG flakes powder is employed in water and air purification systems, facilitating the removal of pollutants and improving filtration efficiency.

Thermal Management:

FLG flakes powder is incorporated into thermal interface materials, heat sinks, and coatings to enhance heat dissipation and thermal conductivity.

Aerospace and Automotive:

FLG flakes powder finds applications in lightweight materials, composites, and coatings for aerospace and automotive industries, enhancing fuel efficiency and mechanical properties.

These are just a few examples of the wide range of applications where Few Layer Graphene (FLG) flakes powder can be utilized. The unique properties of FLG make it a versatile material with immense potential for innovation and advancements in various industries.


Technical specification of the Few layer graphene (FLG)

Average number of atomic layers of carbon:Less than 10
Lateral size:Up to few microns (µm)
Type:FLG – Pure graphene flakes (99,5%)
Raman 2D/G Ratio:Less than 2.5
Raman D/G Ratio:Less than 0.2
Raman FWHM (2D):Less than 68 cm-1
Form:Graphene powder
Volume:1 g
NanoEMI – Specialists in 2D materials and advanced graphene composites



Datasheet of Few layer graphene flakes powder

This datasheet of Few layer graphene flakes powder contains comprehensive information about the features, specifications, and technical details of the power meter. By downloading the datasheet, you can gain a deeper understanding of the capabilities and performance of the Few layer graphene flakes powder, enabling you to make informed decisions for your power measurement needs. Simply click the “Download Datasheet” button below to obtain the datasheet in PDF format.

Download FLG datasheet


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