Natural Flake Graphite
Natural flake graphite is the most geologically common variety of natural graphite, known for its distinctive platy (flake-like) morphology, excellent lubricity, and high thermal stability.
Abrasives
Surface Preparation, Finishing, and System Performance
Abrasive applications rely on high-performance media such as steel shot, grit, aluminum oxide, and specialty sands to clean, cut, and finish surfaces across industrial processes. These materials are engineered for controlled hardness, density, and microstructure to deliver consistent performance in demanding environments.
Asbury Canada supplies a broad range of abrasive media designed for surface preparation, cleaning, and finishing operations. Products such as steel shot and grit are engineered to precise hardness ranges, delivering consistent impact energy, improved blasting efficiency, and longer service life. Premium abrasive systems can outperform competitive materials by 10–15%, while strict controls on density and void content help reduce breakdown and extend usable life.
Abrasives are used extensively across metal fabrication, foundries, infrastructure maintenance, and manufacturing operations, where consistent surface preparation and finishing are critical to downstream performance.
At the same time, abrasive performance is closely tied to upstream material quality and process control. Foundry operations, alloy additions, and material processing all play a role in determining how metals respond to abrasive cleaning, finishing, and treatment. Asbury Advanced Materials supports abrasive systems at this broader level, providing engineered carbon and graphite solutions that improve performance, reduce wear, and enhance process efficiency.
Solving Real-World Abrasive Application Problems for Over a Century
Addressing these challenges requires not only high-quality abrasive media, but also materials that improve how those systems perform in operation. Even high-performance abrasive media must overcome a range of challenges:
- Excessive heat generation during grinding or blasting
- Friction buildup reducing efficiency and increasing energy consumption
- Premature wear and breakdown of abrasive media
- Inconsistent surface finishes due to process variability
- Material loading and clogging in grinding and polishing systems
- Variability in metal substrates due to upstream casting or alloying differences
Properties
Key Properties Supporting Abrasive Performance
Abrasive systems depend on both the media itself and the materials that support the process:
- Controlled hardness and microstructure for consistent cutting or impact
- High density for improved durability and longer media life
- Thermal stability to withstand high-friction operations
- Controlled heat transfer to prevent surface damage
- Resistance to breakdown in demanding environments
- Compatibility with metal substrates and processing conditions
These properties ensure consistent surface finish, improved productivity, and reliable process performance.
Use Cases
Key Use Cases for Carbon & Graphite in Abrasives
While abrasive grains perform the cutting or cleaning action, carbon and graphite materials enhance system performance:
Extended Media Life
By reducing wear and breakdown, graphite helps extend the usable life of abrasive materials such as shot, grit, and bonded systems.
Friction Reduction
Graphite reduces the coefficient of friction, allowing smoother interaction between abrasive media and the workpiece.
Surface Finish Improvement
Improved lubrication and temperature control result in more consistent and higher-quality finishes.
Heat Dissipation
Graphite helps manage heat generated during blasting, grinding, and finishing, protecting both the abrasive and the substrate.
Process Efficiency
Reduced wear, lower energy consumption, and improved consistency help optimize abrasive operations and reduce overall cost.
Support of Upstream Processes
Carbon and graphite materials also play a role in casting, alloying, and metal production, influencing the quality and behavior of materials entering abrasive finishing processes.
Recommended Materials
Materials Used in Abrasive Applications
Asbury’s portfolio supports abrasive systems and related manufacturing processes:
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WHY ASBURY
Supporting Performance at Every Stage
Abrasive performance is not determined by the media alone. It is influenced by the entire process, from casting and alloying to surface treatment and finishing.
Asbury Advanced Materials works across this full system, supplying materials that support metal quality, improve process control, and enhance abrasive performance in real-world applications. By combining global sourcing, technical expertise, and application knowledge, we help customers improve efficiency, reduce waste, and achieve consistent, high-quality results across abrasive operations.
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.
Industries
