Learn what PFAS chemicals are, why they're harmful to health and the environment, and how innovative materials like Graphene Oxide (GO) and POSS offer powerful solutions to remove PFAS from water and replace their use in manufacturing.

Graphene is renowned for its exceptional conductivity, strength, and flexibility. But what exactly is graphene oxide (GO), and how does it compare to graphene? And what makes rGO, its reduced form, valuable for different conductive applications?

Innovative fire-resistant materials are transforming industries with the integration of graphene and graphene oxide into composites and coatings. These advanced materials enhance flame retardancy, mechanical strength, and thermal stability, paving the way for safer and more sustainable applications in aerospace, construction, electronics, and beyond.

Graphene is transforming EMI shielding with its exceptional conductivity, lightweight design, and broad frequency protection. From coatings and textiles to composites, graphene-based solutions offer unmatched performance, durability, and versatility for protecting next-generation electronic devices.

Graphene is revolutionizing electrically conductive composites and inks with its exceptional conductivity, flexibility, and durability. From printed electronics to energy storage devices, graphene-based materials enable innovative, lightweight, and cost-effective solutions for modern electronics. Explore LayerOne's advanced rGO materials driving this technological evolution.

Discover the benefits of GO in concrete applications. Graphene, being strong and lightweight, has great potential as a reinforcing agent in construction. Concrete fortified with graphene is approximately 2.5 times more robust and allows four times less water penetration compared to regular concrete.

Graphene’s potential in corrosion protection is significant, as it offers a blend of characteristics that can significantly enhance the lifespan of metals in many different applications. Corrosion is usually caused by oxygen and electricity causing degradation of surfaces trough chemical reactions.

Discover how graphene can significantly enhance the mechanical strength of materials. Learn about its applications in organic and inorganic composites, protective coatings, and more to improve durability, reduce weight, and lower production costs. Explore the benefits with LayerOne Advanced Materials.

Learn how the Graphene Oxide to reduced Graphene Oxide (GO for rGO) route creates uniform coatings for enhanced anti-corrosion and water-repellent properties. Explore its industrial applications with LayerOne Advanced Materials.

Learn what it means to functionalize graphene materials and how this process enhances their properties for various applications, from composites to sensors. Discover methods and benefits with LayerOne Advanced Materials.

Explore the revolutionary benefits of adding graphene to lubricant oils. Discover how graphene enhances lubricating properties, reduces wear, improves fuel economy, and offers an environmentally friendly alternative to traditional additives.

Discover how graphene materials are revolutionizing flame retardant fabrics. Learn about their eco-friendly properties, enhanced safety standards, and effectiveness in reducing fire hazards without toxic additives.

Explore the advantages of reduced graphene oxide (rGO) in packaging applications. Learn how rGO enhances barrier properties, mechanical strength, and environmental sustainability in various packaging materials.

Explore LayerOne's application matrix to understand the diverse uses of graphene materials. Discover how graphene enhances various industries, including electronics, composites, energy storage, and coatings with tailored solutions.

Learn the differences between graphene oxide (GO) powder and paste. Explore their unique properties, applications, and advantages to determine which form is best suited for your specific needs.

Discover why fewer graphene layers can lead to better performance. Learn how single and few-layer graphene enhances material properties, offering superior strength, flexibility, and conductivity.

Learn how to identify high-quality graphene. Discover key characteristics and testing methods to differentiate between superior and inferior graphene materials for optimal performance in your applications.

Explore the role of imperfections in graphene oxide (GO) and how they impact its properties. Learn why these imperfections can be advantageous for specific applications and how to leverage them effectively.

Discover how graphene contributes to product sustainability by enhancing material performance and reducing environmental impact. Learn about its role in creating stronger, lighter, and more eco-friendly products.

Learn about reduced graphene oxide (rGO), its properties, and its applications. Discover how rGO is produced from graphene oxide and its advantages in enhancing material performance across various industries.