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The Graphene Council Survey on Graphene Characterization
Nearly 400 graphene producers, researchers, users and application developers indicated the types of graphene materials they are working with, the application areas they are using these materials in, and the specific material characteristics that are most important for a given application area.
The British Standards Institute (BSI) publishes PAS 1201-2018 Properties of Graphene Flakes Guidance document.
4 September 2018
The PAS document, according to the BSI, provides guidance on the information to be provided by graphene producers so that prospective users of graphene flakes can have comparative information. Further from the BSI; "The number of organizations incorporating graphene into commercial applications is growing, making it important to provide users with standardization. To that end, this PAS provides guidance on the information to be provided by producers and suppliers of graphene flakes in order to provide comparative information to prospective users. It includes characterization of particle morphology and other physical and chemical properties."
The Graphene Council agrees with these sentiments and have found a similar need through its survey conducted in 2017 (see the above reference to The Graphene Council Survey on Graphene Characterization) although we advocate for a slight different set of material characteristics to be adopted by graphene producers.
THE NATIONAL PHYSICAL LABORATORY (NPL) AND THE UNIVERSITY OF MANCHESTER HAVE PUBLISHED A GOOD PRACTICE GUIDE ON THE CHARACTERISATION OF GRAPHENE.
5 November 2017
Graphene, the world's first two-dimensional material, is many times stronger than steel, more conductive than copper, lightweight, flexible and one million times thinner than a human hair.
Graphene is set to improve the quality of life for many across the globe. Potential applications include inexpensive water purification systems; greener, more efficient cars and planes; flexible phones and even biomedical applications such as wound healing and cancer treatments.
Graphene’s commercial adoption will be accelerated by answering two key questions: what are the characteristics of commercially-supplied graphene? And how can they be used to best effect?
The establishment of common industrial metrics, regarding for example the number of layers or flake size, is crucial for the uptake of graphene-based technologies.
The National Graphene Institute at the University of Manchester has partnered with NPL to produce a guide, as part of NPL's good practice guide series, that aims to tackle the ambiguity surrounding how to measure graphene’s characteristics.
Titled Characterisation of the Structure of Graphene, the guide provides producers and users of graphene with an understanding of how to reliably measure the structural properties of graphene.
Material standardisation is crucial for industry uptake. There are many early adopters of graphene but without standardisation it is difficult for industry to be assured of the quality and properties of its graphene samples.
This guide seeks to address this gap and brings together the accepted measurement techniques in this area. It describes the high-accuracy and precision required for verification of material properties and will enable the development of other faster quality control techniques in the future.
Intended to form a bedrock for future interlaboratory comparisons and international standards, the guide will accelerate the development of graphene-enabled technology and improve the ability to produce graphene in a reliable and repeatable way.
Dr Andrew Pollard, lead author of the guide and Senior Research Scientist at NPL, commented:
"Although there are many ways to measure the properties of different types of commercially-available ‘graphene’, industry needs a standardised set of measurements. This will enable companies to select the type of material best suited to their needs by reliably comparing key characteristics, supporting the development of innovative new technologies based on graphene. This guide is the first step in this process, and as the basis of international measurement standards currently being developed, will provide measurement protocols that can be used in the interim."
James Baker, Graphene Business Director at the University of Manchester, said:
"This good practice guide has been developed by the NGI and NPL teams to allow the nascent graphene industry to perform accurate, reproducible and comparable measurements of commercially supplied graphene. This will address this important commercialisation barrier by providing users with a consistent approach to the structural characterisation of graphene whilst international measurement standards are being developed".
ISO Publishes ISO/TS 80004-13:2017(en)
Nanotechnologies — Vocabulary — Part 13: Graphene and related two-dimensional (2D) materials
8 SEP 2017
ISO (the International Organization for Standardization) is a worldwide federation of national standards bodies. The work of preparing International Standards is normally carried out through ISO technical committees. ISO collaborates closely with the International Electrotechnical Commission (IEC) on all matters of electrotechnical standardization.
The Graphene Council is proud to be a formal member of both, the ISO/ANSI TC 229 Nanotechnology Standards Development Group as well as the USNC Technical Advisory Group to IEC TC 113, Nano-Electrotechnologies.
Our focus is on the development of standards that will benefit suppliers, buyers and users. We firmly believe that clear standards will foster greater adoption of graphene and graphene related products.
We would like to thank the volunteer members of The Graphene Council Standards Task Force that helped contribute to the development of this document.
It is intended to facilitate communication between organizations and individuals in research, industry and other interested parties and those who interact with them.