Graphene Materials
High-Performance Graphene Engineered for Conductivity, Strength, and Scalable Commercial Integration
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
- Polymers and polymer additives
- Graphene polymer composites
- Graphene-reinforced polymer systems
- Construction materials
- Energy systems
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, Asbury’s GARMOR products are engineered for practical use in demanding formulations, including potential graphene masterbatch development. Asbury’s material expertise and manufacturing capabilities help bridge the gap between advanced graphene technology and commercial-scale application performance.
Properties
Major Graphene Properties
Graphene offers a unique combination of properties that enable performance improvements across multiple systems.
- Mechanical reinforcement – Improves strength, and overall structural performance
- Barrier performance – Reduces permeability to moisture and gases, improving material protection
- Corrosion resistance – Enhances protection against environmental and chemical degradation
- Chemical and wear resistance – Increases durability in harsh and high-friction environments
- Flame retardancy – Contributes to improved fire resistance in formulated systems
- Thermal conductivity – Improves heat transfer and thermal management, maintaining performance at temperatures up to 450°C
Applications
Graphene Applications
Graphene is used across a wide range of industries where improved strength, conductivity, and durability are required.
Plastics & Polymers
Improves mechanical strength & stiffness while supporting better dispersion and process consistency in polymer systems.
Coatings
Enables electrical conductivity while enhancing corrosion resistance, wear protection, and overall coating performance.
Refractory Systems
Enhances thermal stability, mechanical integrity, and resistance to high-temperature degradation in refractory materials.
Cement / Concrete
Enhances strength, durability, water and gas barrier properties, and electrical and thermal conductivity for advanced concrete applications.
How It Works
Structure & Functionalization
Graphene consists of thin graphene platelets with chemically active edge sites. These functional groups improve compatibility with surrounding materials, enabling better dispersion and stronger interfacial bonding compared to non-functionalized graphene.
Graphene Manufacturing & Production Technology
Asbury’s GARMOR product line is produced using a proprietary milling-based process that eliminates the need for strong oxidizing agents and acids. This scalable production approach enables Asbury to support commercial graphene applications from development quantities through larger-volume manufacturing. This approach generates minimal waste, producing only water as a byproduct, and avoids the environmental and cost challenges associated with traditional graphene production methods.
Asbury is also one of the few U.S.-based graphene suppliers with FDA-approved material for commercial applications, supporting customers looking to move graphene technologies from development into commercial-scale production.
Dispersion & Processing
Due to its hydrophilic nature, Asbury’s GARMOR products can be easily incorporated into water-based systems and dispersions. This simplifies processing and improves consistency across large-scale manufacturing environments.
Graphene price can vary significantly depending on material type, purity, functionalization, particle characteristics, volume, and application requirements. For industrial users, graphene cost should be evaluated based on both material price and the performance achieved at the required loading level.
Asbury works with customers to identify cost-effective graphene solutions based on formulation requirements, processing methods, order volume, and desired performance. For current graphene material pricing or commercial-volume requirements, contact our technical team.
WHY ASBURY
Your Global Graphene Supplier
Asbury Advanced Materials supplies high-quality graphene through the GARMOR™ Solutions product line for industrial-scale applications. As a global carbon materials manufacturer and graphene supplier, Asbury combines scalable production capabilities with application-focused technical support.
With scalable production capabilities and a focus on cost-effective performance, Asbury helps bring advanced graphene solutions from development to commercialization.
In demanding environments, graphite works behind the scenes to control friction, enable conductivity, and protect surfaces, helping extend the life and performance of critical applications.
Industrial-Scale Graphene Solutions
High-quality commercial graphene through the GARMOR™ product line, engineered for integration into industrial applications and scalable manufacturing processes.
Consistent Purity & Performance
Graphene materials produced for reliable quality, helping support repeatable results across development, testing, and production.
Application-Focused Technical Support
Knowledgeable teams who help tailor material properties to specific formulation, processing, and performance requirements.
Scalable Production Capabilities
Cost-effective graphene solutions designed to support the transition from product development to commercialization.
Backed by Carbon Materials Expertise
Deep experience across graphite, carbon, and specialty materials—helping customers apply advanced materials in real-world systems.
