AGM logo imageApplied Graphene Materials (previously Durham Graphene Science) was established in 2010 as a spin-off from Durham University to develop a new graphene synthesis method and produce graphene materials. AGM's technology is a unique patented scalable 'bottom-up' CVD approach to produce graphene. AGM is a public company that lists in the UK's AIM stock exchange (AIM:AGM).

AGM mainly targets graphene composites, coatings, lubricants, thermal management solutions and energy storage devices. In October 2016 AGM announced its first commercial customer, UK's Century Composites, that will use graphene in a new range of fishing rods, and since then the company announced new products and customers. You can see below for the latest company's news.

Company Address: 
West One
Forth Bank
Newcastle upon Tyne
NE1 3PA
United Kingdom

The latest AGM graphene news:

AGM reports its latest half-year financial results

Applied Graphene Materials (AGM) announced its interim results for the six months that ended on January 2022. Revenues were £46,000 (up from £42,000 in the previous half year period), while net loss was £1.9 million (up from £1.8 million).

Despite the low revenues and large loss, AGM's management says that there's a steady growth in potential pipeline projects - as these increased to 192 from 135 last year. The company also updates that it has been progressing with its developments for the battery and hydrogen fuel and storage industries.



Indian company launches new coating based on graphene dispersions by Applied Graphene Materials

Applied Graphene Materials (AGM) has announced that Stanvac-Superon Group, an India-based manufacturer of industrial repair and maintenance solutions, has launched a conductive coating incorporating AGM’s Genable graphene dispersions, for use on industrial power transmission equipment.

Following successful development and testing, the new protective, conductive coating incorporating AGM’s A-GNP35 graphene dispersions will reduce contact resistance in coated copper and aluminium electrical cable joints to reduce the power lost over the connection.

Applied Graphene Materials' graphene-enhanced anti-corrosion primer used by England’s Environment Agency for flood defense applications

Applied Graphene Materials has announced that England’s Environment Agency (EA) has successfully completed its first application of AGM’s harsh environment anti-corrosion product to one of its flood defense assets on the North East coast of England. The coastal flood defense gates were coated with AGM’s new graphene-enhanced Genable CX-based anti-corrosion primer.

The AGM’s coating system used in this project is a further iteration of AGM’s product offerings for barrier performance and anti-corrosion application. It represents the culmination of 18 months of in-depth testing and evaluation of anti-corrosion performance for both salt-spray and immersion in harsh test regimes.

Applied Graphene Materials launches new graphene-enhanced range of coatings, paints and additives

Applied Graphene Materials (AGM) has announced the introduction of two new products based on its GNPs.

AGM launches new coatings range image

The Company has launched a range of industrial anti-corrosion paint incorporating its Genable graphene additives. The two epoxy-based prototype primer systems are said the AGM to represent an easy way for those considering the adoption of graphene to quickly test and evaluate its potential benefits.

Applied Graphene Materials launches new range of anti-corrosion primers

Applied Graphene Materials (AGM), the producer of specialty graphene nanoplatelet (GNP) dispersions, has launched a range of industrial anti-corrosion primers based on its Genable technology.

Graphene nanoplatelets have been shown to provide highly effective barrier and anti-corrosion properties in paints and coatings at extremely low loading levels. AGM reports that following outstanding results through extensive inhouse research and testing, it has developed two new prototype paint systems using its graphene products.

Tags: