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Low-ash, low-volatile, high-BTU hard coal mineral engineered for filler, casting, and industrial applications.

Anthracite Coal, also known as Hard Coal, is a naturally occurring, low-ash, low-volatile, homogeneous coal with a high BTU value. Due to its carbon content, stability, and clean-burning characteristics, anthracite is widely used in products and processes requiring a low-conductive, cost-effective black mineral filler and carbon additive.

Anthracite Coal (Hard Coal)

Anthracite coal represents the highest rank of naturally occurring coal, formed through extensive geological carbonization. Its structure is dense and stable, with minimal volatile content compared to other coal types.

Because of its low ash and low volatile matter, anthracite provides consistent carbon performance in industrial systems. It is frequently selected where a reliable, economical carbon source is required without high electrical conductivity. Typical product specifications include:

  • Carbon Content: 85% typical
  • Particle Size: 2” – 10 μm
Close-up view of a piece of black coal, showcasing its shiny surface and textured layers, highlighting its natural mineral composition and potential uses in energy production and industry.
Close-up view of a textured rock surface, showcasing intricate details and mineral formations, ideal for geology studies and mineralogy research.

Eigenschaften

Wesentliche Kohlenstoffeigenschaften

Anthracite Coal offers a balance of carbon performance and cost efficiency.

  • Low ash content
  • Geringer Gehalt an flüchtigen Bestandteilen
  • High BTU value
  • Homogeneous mineral structure
  • electrically non-conductive
  • Stable carbon composition
  • Cost-effective black filler material
  • Available in coarse to micronized particle sizes
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Anwendungen

Anthracite Coal Applications

Anthracite is used in applications requiring stable carbon addition, black pigmentation, and mineral filler performance.

Gießen & Gießereitechnik

Used as a carbon additive and filler in metal casting processes.

Beschichtungen

Provides black pigmentation and filler performance in specialty formulations.

Fülldraht

Used as a carbon source in metallurgical wire products.

Reibbelagprodukte

Used in brake linings and friction systems for durability and wear resistance.

Kunststoffe & Polymere

Serves as a low-cost black mineral filler in polymer formulations.

Gummiwaren

Enhances reinforcement and pigmentation in rubber compounds.

Funktionsweise

Material Characteristics

Anthracite coal does not soften or flow during heating and maintains structural integrity under high-temperature conditions. Its high BTU value makes it an efficient energy source, while its low ash and low volatile content make it suitable for clean, controlled carbon applications.

Particle Size Flexibility

Available in a wide particle size range, from coarse granules to finely milled powders, anthracite can be tailored to meet specific injection, blending, or filler requirements.

Scanning electron microscope image showing a textured surface at 680x magnification, revealing intricate layers and structures on a material sample. The scale bar indicates a size of 10 micrometers, highlighting the fine details of the surface morphology.

WARUM ASBURY

Your Global Supply Partner of Anthracite Coal Materials

Asbury Advanced Materials supplies high-quality anthracite coal in multiple size ranges to support casting, coatings, friction, polymer, rubber, and industrial filler applications with reliable sourcing and consistent quality.

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Kompetente Teams, die das Materialverhalten, die Verarbeitungsanforderungen und anwendungsspezifische Randbedingungen verstehen.

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Zuverlässige Werkstoffe, verarbeitet nach anspruchsvollen Spezifikationen – Charge für Charge.

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