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Is Graphene Nanotechnology The Most Effective Cooling Solution?

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Modern technology is making seemingly impossible things a reality every day; we can now look at our smartphones and they unlock using face recognition, our entire jobs can be completed using a tablet, and our headphones can sense when they’re on your head to play and pause the music!

These small things may seem insignificant, but 20 years ago none would have seemed plausible, but here we are using each of these features daily. One of the most exciting advancements made in technology recently is the progression of graphene nanotechnology and it’s changing business. Once simply the latest scientific discovery grabbing headlines, it is now transitioning into commercial use, with several real-world applications already realised.

Graphene nanotechnology can be used as an incredibly intelligent and effective coolant across a range of industries, but is it the most effective solution on the market? Find out how it stacks up against the current market-leading solutions below.

What Is Graphene Nanofluid?

First of all, you’ll need to understand what it is we’re dealing with. Graphene is a form of carbon, made up of interlocking atoms to create an incredibly thin yet durable material. It has incredible capabilities in many fields, including heat conduction.

The material was first isolated in Manchester in 2010 and is regarded as one of the most innovative and exciting discoveries of the past century due to potential applications.

Graphene is 10,000X more effective at conducting heat than water, opening the door to thousands of possibilities for large and small scale cooling. Graphene nanofluids are a family of fluids that have been enhanced using nanotechnology, allowing them to be used in heat transfer – this scalable solution can be applied to high heat processes in industries such as automotive, high-performance computing, and industrial systems.

Advantages Of Graphene Nanotechnology

When compared to other cooling solutions, graphene nanotechnology is a hugely advantageous feature to embed into your blueprints, proving a more effective coolant to almost any design with high-heat areas.

The patented technology by Flexegraph offers around 30-80% improved heat exchange in comparison with other market-leading technologies, creating the environment for unrivalled performance when applied to high thermal loads.

In terms of the eco-friendly philosophies behind the application of graphene, Flexegraph’s solution manages to cover all the bases – it’s a non-toxic technology that can be utilised for sensitive applications. Graphene’s heat conduction properties lead to fewer restrictions due to the thermal limits in the automotive industry, enhancing performance in the most environmentally-friendly way possible.

Whilst the main focus for the applications are based in the automotive and high-powered computing industries, there are far more uses for nanofluids to be found, with the potential to revolutionise standards across industries being a real possibility in the future.

Flexegraph is one manufacturer that has designed a flexibly formulated solution that’s entirely scalable, providing compatibility with existing additives and components, which makes the coolant incredibly versatile and ready to become the “Intel Inside” of the liquid cooling market.

With this more efficient solution it can help reduce costs for business in both the production and maintenance of products that require extensive cooling. Better heat management = a more efficient system, lower costs and a smaller carbon footprint!

Summary

While most businesses focus on technology disrupters, the Graphene nanotechnology is a quiet achiever which we will find in paints, electronics, solar panels and flexible displays such as advertising billboards. With endless opportunity to use the technology we wanted to share it with you in this article.

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