Coatings
Graphenemex and the Future of Energy Storage: Scientific Evidence from the Autonomous University of Chihuahua
Recent research from the Autonomous University of Chihuahua (UACH) confirms that Graphenemex® graphene and graphene oxide significantly improve storage systems such as batteries and supercapacitors. Thanks to their high conductivity, large surface area, and excellent electrochemical stability, these nanomaterials resist severe manufacturing processes and maintain their integrity against mechanical deformations. This, added to their proven ability to facilitate ion mobility, consolidates them as key materials for the future of advanced energy technologies and flexible electronics.
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More Energy, Faster Charging, and Longer Lifespan: Graphenemex® Graphene in Batteries
Graphene developed by Graphenemex® is demonstrating high potential to revolutionize lithium-ion batteries. Recent studies show significant improvements in charge capacity, charging speed, and stability compared to conventional graphite. This technology opens new opportunities for electronic devices, electric mobility, and more sustainable energy storage.
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Advances in Fire Protection:
Intumescent coatings are paints that protect concrete and steel structures during fires by expanding and forming a foam that isolates the fire. These coatings release non-combustible gases, reducing oxygen levels and limiting fire spread. With the incorporation of graphene oxide, these coatings are expected to enhance fire protection for buildings.
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Innovation in Non-Stick Coatings
Non-stick coatings prevent the adhesion of substances to surfaces, based on their low surface energy, which allows them to provide high water repellency (hydrophobic behavior). In the following article you will learn how graphene materials improve non-stick effects, as well as other properties such as resistance to abrasion and UV radiation.
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Tapping into Graphene’s Potential:
In the realm of coatings, graphene emerges as a promising additive, offering enhanced properties such as corrosion resistance, antimicrobial effects, and improved weather durability. This article explores the utilization of graphene oxide (GO) in polyurethane (PU) coatings to bolster their performance against environmental factors like UV radiation.
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Defying the flames
We will explore the impact of graphene oxide in the production of coatings with exceptional properties. From anti-corrosion barriers to fire resistance, graphene oxide redefines industrial protection.
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Graphene Oxide, the nanomaterial that will reduce the impact of corrosion
Corrosion affects various industries with million-dollar losses, discover how graphene oxide is making a difference by preventing this problem.
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Graphene in protection against electromagnetic radiation
It delves into the properties of graphene that make it ideal for protecting against electromagnetic radiation and its applications in industry.
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Innovation in corrosion protection: graphene oxide technology
This article presents the advances in the coatings industry, highlighting the benefits of graphene oxide in corrosion protection and its applications in different sectors.
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Graphene oxide: the new ally of primary coatings in corrosion protection
We will explore how graphene oxide primary coatings are revolutionizing the corrosion protection industry, their features and benefits.
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Nanotechnology and corrosion protection: the era of graphene oxide
Corrosion can have a negative impact on the useful life and efficiency of structures and machinery. In this article, we will examine how graphene oxide anti-corrosion coatings can help prevent corrosion and extend the life of materials and equipment.
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Protection against bacteria, viruses and fungi with graphene coatings
Antimicrobial graphene coatings have the ability to inhibit the adherence and proliferation of bacteria, viruses and fungi on various surfaces, offering long-lasting and effective protection for public health.
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