Synthetic Graphite
Man-made crystalline carbon engineered through high-temperature processing for superior purity, conductivity, and structural performance.
Energy Applications
Advanced Materials for High-Temperature, Corrosion Protection, and Infrastructure Performance
Asbury Advanced Materials supports the energy industry with engineered materials designed to perform in extreme environments where heat, corrosion, and long-term durability are critical. From power generation and subsurface systems to infrastructure protection, our materials help improve reliability, efficiency, and service life.
Energy applications operate under continuous stress from high temperatures, pressure, and environmental exposure, making material selection essential to system performance and longevity. Carbon and graphite materials offer a unique combination of thermal stability, conductivity, and chemical resistance, enabling consistent performance across demanding conditions. Asbury’s portfolio combines carbon-based materials, specialty additives, and advanced formulations to support applications across nuclear, geothermal, cathodic protection, and energy-related infrastructure.
Key Properties of Carbon & Advanced Materials
Materials used in energy applications must deliver performance under demanding thermal, mechanical, and environmental conditions:
- High thermal stability
- Electrical conductivity or resistivity (as required)
- Corrosion and oxidation resistance
- Chemical inertness
- Structural durability under load
- Long-term performance in extreme environments
These properties are essential for maintaining system integrity, improving efficiency, and extending operational life in energy applications.
Applications
Key Use Cases for Graphite in Energy Systems
Graphite and carbon materials play an important role in supporting energetic material systems:
Nuclear
Carbon and graphite materials are used in nuclear applications where stability, purity, and performance under radiation and high temperatures are required. These materials support reactor components, shielding systems, and structural applications where dimensional stability and thermal resistance are critical to safe and reliable operation.
Cathodic Protection
Carbon-based materials are widely used in cathodic protection systems to provide a conductive pathway for current flow and protect infrastructure from corrosion. Calcined petroleum coke and related carbon materials are used as backfill in anode systems, helping reduce anode-to-earth resistance, improve current distribution, and extend the service life of pipelines, storage tanks, and other critical assets.
Cement / Grout
Advanced carbon materials are incorporated into cement and grout systems to improve performance in energy-related infrastructure applications. These materials can enhance conductivity, durability, and thermal performance in applications such as grounding systems, structural supports, and specialized construction environments where reliability and longevity are required.
Geothermal
Geothermal systems require materials capable of withstanding continuous exposure to high temperatures, pressure, and chemically aggressive environments. Graphite and specialty carbon materials provide thermal stability, chemical resistance, and durability in components used in heat exchange, sealing systems, and downhole applications.
recommended Materials
Carbon Solutions for Energy Processes
Asbury supplies a wide range of graphite materials, each offering distinct performance characteristics suited to each application.
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WHY ASBURY
Your Global Supply Partner of Expandable Flake Graphite
Decades of Materials Expertise
Deep experience across carbon, graphite, and specialty materials—supporting complex, real-world applications.
Technical & Manufacturing Depth
Knowledgeable teams who understand material behavior, processing requirements, and application constraints.
Consistency, Quality & Control
Reliable materials processed to meet demanding specifications, batch after batch.
Global Reach & Supply Reliability
A diversified sourcing and distribution network designed to support customers wherever they operate.
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