What is graphene oxide used for?
Graphene oxide has taken the rounds within the industry over the past few years, thanks to its unique innovations and powerful features. The reality is that more and more businesses are trying to implement graphene oxide because it has a variety of great benefits and solutions. It really helps push the limits while also conveying some incredible results and quality.
The effects of graphene oxide?
Generally, when graphene oxide is interacting with light, it will generate some reactive oxygen species. This can lead to things like oxidative stress, as well as cell functionality loss, inflammatory responses and so on. That means it’s definitely not a substance that you want to use without any proper equipment and protection.
Can you process graphene oxide with solution based methods?
Yes, the major advantage for graphene oxide is that it’s dispersible in water. That means you can use any solution based processes that you want. A great method you can use is chemical vapor deposition. The downside here is that it does involve very high temperatures and a long deposition time. That really makes it quite expensive, so you have to address it wisely. This limits the substrate deposition on polymers rather challenging. Thankfully, most solution based methods can still work, like dip coating, spin or stray coating.
What is graphene oxide suitable for?
Over the past few years, graphene oxide has become increasingly useful for a vast range of different situations. It can be great for applications in biology, energy storage, but also chemistry, optics and electronics. While at first it was only an affordable way to prepare graphene films, over the years graphene oxide has evolved into a great solution that can be used for a vast range of different situations. That’s what makes it well worth using, especially with a large variety of benefits like these.
Can you reduce graphene oxide to graphene?
Yes, with the right tools and features, you will be able to reduce graphene oxide to graphene if you want. In order to do that, you must rely on electrochemical, thermal and chemical methods. When you start using these methods, you will receive reduced graphene oxide. This is a great solution when you need a lot of graphene for industrial applications. Energy storage is definitely one of the times when this can actually work very well, and all you have to do is to test it out and give it a try for yourself.
As you can see, graphene oxide has a variety of uses and it does stand out with its incredible features and powerful benefits. It really pushes the boundaries when it comes to quality and value, and the outcome can be very impressive. Plus, the fact that it can be used for storing energy is very efficient and it does show why this is great to use for vehicles in particular. As we move towards a future where we need to use batteries and store energy for cars, graphene oxide can be the right solution to focus on!