16 August 2023

Here, Ali Shaygan Nia, Organization Developer for Graphene-Primarily based Coatings and Composites for the Graphene Flagship examines the improvements that have served to build floor-breaking solutions that enrich automotive parts, increase safety and contribute to a greener upcoming.

The Graphene Flagship, an bold European exploration initiative released in 2013, has designed significant progress in advancing graphene-dependent innovations for automotive in the very last 10 decades. 

The venture examines how graphene, with its worthwhile attributes, is addressing critical issues in the automotive sector, these types of as fuel effectiveness, recycling, and environmental influence.

Graphene has the prospective to drive significant improvements in the automotive sector – from strengthening structural factors to strengthening electrochemical energy storage (i.e., batteries) effectiveness and security in electric cars and trucks, as very well as boosting the efficiency of the self-driving car or truck.

The Graphene Flagship has orchestrated a number of tasks looking into the gains of graphene in automotive apps and how autos can be enhanced. The Graphene Flagship is now viewing this analysis and advancement come to fruition. 

In the long run, these assignments feed into the United Nations (UN)’s 17 Sustainable Enhancement Goals. 

Objectives include working with graphene-enabled goods to be certain superior wellbeing and effectively-remaining, cost-effective and thoroughly clean electricity, sustainable towns and communities, liable use as well as enhancements to marketplace innovation and infrastructure in Europe. 

For the automotive sector, initiatives contain a large assortment of conclusion apps for vehicle characteristics and installations which has the probable to increase sustainability in the market. 


In collaboration with various industrial partners including, Nanesa and Centro Rierche Fiat in Italy, the G+BOARD graphene-improved steering wheel and dashboard challenge incorporates graphene-based supplies to produce a lightweight and successful different. 

By utilizing electro-thermal conductive graphene-polyurethane coatings, the G+BOARD offers more rapidly, more effective, and uniform heating at low manufacturing expenditures. This innovation reduces fuel use and improves dismantling and recycling techniques, aligning with the automotive industry’s environmental targets. 

In addition, the challenge has made a graphene-centered conductive composite dashboard, facilitating a lot easier installation, lighter weight, enhanced gasoline performance and end-of-lifetime recyclability. Improving upon the pounds of vehicles will be critical for the mass deployment of electrical autos (EVs) in the coming a long time.


Currently, self-driving cars and trucks use noticeable cameras, but in dense, small-visibility scenarios, these cameras are insufficient. Potential autonomous automobiles will use LIDAR sensors, relying on pulsed lasers to measure distances and frequently scan the space close to them. 

The AUTOVISION job focuses on maximizing the basic safety of self-driving cars in adverse weather conditions. By integrating graphene-based graphic sensors, designed in collaboration with industrial associates Aixtron in the Uk and Veoneer in Sweden, the venture aims to improve the functionality of camera programs. These highly developed sensors present improved visibility, enabling safer driving encounters when in tough weather circumstances. 

This venture has also fostered the growth of a Graphene Flagship spin-off, Qurv, a business that centres on imaging technologies for future-era laptop eyesight alternatives.

Lubricants, oils and anticorrosion paints

In partnership with many organisations, the Graphene Flagship has explored the integration of graphene in automotive factors to boost functionality and sustainability. The use of graphene in oil pans permits for successful heating of the oil thanks to the higher thermal conductivity of graphene. This addresses difficulties associated to reduced-temperature viscosity and bettering auto functionality in the course of wintertime.

Automobiles that use pressurised oil in their hydraulic power steering are at hazard of malfunctions if, for case in point, the car or truck is parked exterior during wintertime, as oil has better viscosity at temperatures underneath 5°C.

Graphene-XT, an modern start out-up that is effective with graphene, in collaboration with the Graphene Flagship, has also developed graphene-improved lubricants. These lubricating oils leverage graphene’s distinctive properties to lower put on and tear in diesel and petrol engines. 

The atom-skinny layers of graphene let for easy sliding and minimum friction, ensuing in engines that are safer, more efficient and deliver less mechanical sounds. The GTX-Lube vary gives customized alternatives for numerous motor varieties, selling longevity and functionality. 

On the other hand, various graphene flagship industrial partners which include core and connected customers, these kinds of as Barpimo and Talga, are producing graphene-increased anticorrosion paints with enhanced functionality for automotive industries.

Light-weight components 

The substitution of standard materials with graphene-bolstered composites in automotive areas, these as the entrance-finish carrier (FEC), offers pounds reduction, price tag savings, mechanical enhancements and major CO2 reduction.

One illustration is the automotive firm, BAC. Acknowledged for its lightweight technological know-how, it has embraced the properties of graphene to enrich the structural efficiency of carbon fibre elements in its vehicles. 

By incorporating graphene into the carbon fibre panels of BAC Mono and Mono R, the quantity of sheets demanded was minimized from three to two, resulting in a significant excess weight reduction – a panel that weighed 41kg went down to just 32kg soon after the use of graphene.

Furthermore, whilst BAC’s ground breaking use of graphene showcases its motivation to lightweight know-how, technological progress like this also enjoy a crucial purpose in the development of electric powered vehicles (EVs), particularly in boosting battery lifetime and all round performance.


Talking of batteries in digital autos (e-cars), the GrEEnBat task from the Graphene Flagship gathers the forces of major European firms in this way these kinds of as Varta and BMW and focuses on developing silicon-graphene composite anodes for high electrical power density lithium-ion batteries (LIBs). 

By harnessing the probable of graphene, the task aims to build battery modules that can contend with projected state-of-the-artwork technologies obtainable in 2025 aiming for very long-lasting batteries enabling for a longer time-distance driving by e-cars and trucks. 

Innovation in action

At the Graphene Flagship’s once-a-year conference, Graphene Week 2023, attendees will be able to see the benefits of this innovation. The Graphene Flagship’s partnership with Dallara Automobili, an Italian automotive manufacturer, has led to the advancement of a sports car, the Dallara Stradale.

With innovation from experts from the Graphene Flagship, the Dallara functions a graphene-enhanced, fire-resistant interior. Safety has generally been a problem in sports cars owing to the threat of fires next accidents. 

By way of the Graphene Flagship’s Composites Do the job Bundle, Dallara conducted checks utilizing graphene-increased composites in the Stradale, resulting in amazing enhancements. 

The inside of the car incorporates a composite substance with a substantial graphene articles of 10 p.c by bodyweight, generating it very impressive in the racing and automotive market. This content does not burn or emit smoke, productively passing the stringent Vertical Flammability Test (UL94-V), a important protection need in the automotive business. 

Moreover, other composites applied to the car’s body pieces exhibit improved flexural attributes, resistance to deformation and enhanced vitality dissipation abilities. When the graphene Stradale is currently a prototype undergoing the homologation approach, the risk of making a restricted version with graphene components in the potential stays open. 

Graphene Week 2023 attendees will be invited to see both of those this and the BAC cars at this year’s Graphene 7 days location, the Swedish Exhibition & Congress Centre and Gothia Towers in Gothenburg, Sweden.

By means of revolutionary assignments and collaboration, the Graphene Flagship has created major development in revolutionising the automotive business. By harnessing the qualities of graphene, these improvements add to gas performance, recyclability, protection and lowered environmental influence. 

The Graphene Flagship will go on to travel advancements as it transitions to the new Horizon Europe section, solidifying Europe’s situation as a leader in graphene analysis. 

For extra data on how graphene can be employed in automotive purposes, head to www.graphene-flagship.eu.

By Tara