High-strength carbon reinforcement materials engineered for lightweight structural performance, conductivity, and durability in advanced industrial applications. Carbon fibers are high-performance materials known for their exceptional strength-to-weight ratio, offering up to five times the strength of steel while remaining significantly lighter. These fibers provide excellent mechanical strength, wear resistance, chemical stability, and fatigue resistance, making them valuable reinforcement additives in polymers, coatings, and composite s
Graphene is an advanced carbon nanomaterial designed to enhance mechanical, electrical, and thermal performance across a wide range of applications. Asbury Advanced Materials is an experienced graphene supplier providing high-quality graphene solutions for commercial and industrial applications. Our materials are engineered for real-world processing, scalable manufacturing, and consistent performance, including: - Coatings - Plastics, polymers, and polymer additives - Graphene masterbatches and polymer composites - Construction materials - Energy systems
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Graphite Nanoplatelet Materials (GNP) High-surface-area nanometric graphite engineered for advanced composites, conductivity enhancement, and graphene precursor applications. Graphite Nanoplatelets (GNP) are ultra-thin, high-aspect-ratio graphite particles produced from carefully selected, high-quality parent carbon materials. Engineered for performance and consistency, GNP materials offer ultra-high surface area, enhanced dispersion, and reliable commercial-scale availability for advanced industrial applications. Graphite Nanoplatelets are nanometric graphite materials composed of multiple stacked graphene layers with significantly reduced thickness compared to conventional graphite powders. Through a proprietary processing appr
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For polymer applications, Asbury’s GARMOR™ product line provides graphene materials that can support polymer additives, graphene masterbatches, polymer composites, and reinforced polymer systems where improved strength, conductivity, barrier performance, or thermal stability is required. Unlike traditional graphene materials that can be difficult to disperse or costly to produce, GARMOR™ products are engineered for practical use in demanding formulations and scalable manufacturing environments. Asbury’s material expertise and manufacturing capabilities help bridge the gap between advanced graphene technology and commercial-scale application performance.
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The VERAGUARD™ product line includes water-based high-temperature coatings engineered to provide thermal stability, chemical inertness, and non-wetting performance at elevated temperatures. Asbury’s high-temperature coatings include both graphite-based and graphite-free formulations, including boron nitride coatings, designed for extreme thermal environments. Depending on the application, Asbury coatings can support performance as a high temperature mold release agent, high temperature mold release coating, or high temperature release agent for industrial processes involving molten metal contact, forming, compaction, and high-heat production environments.
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