Latest from the Graphite Lab
Technical deep-dives, application guides, and industry updates from our material scientists.
Why Is Graphite a Good Conductor of Electricity?
Graphite conducts electricity because one out of every four valence electrons on its carbon atoms never gets locked into a bond... Learn why manufacturers rely on it for electrodes, EAFs, and industrial parts.
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Is Graphite a Good Conductor of Heat? What the Data Shows
Graphite conducts heat along its crystal planes at roughly 2,000 W/m·K, about five times better than copper. Here's the anisotropy, the numbers, and why engineers spec it.
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Expandable Graphite in Polyurethane Foam: How It Works and Why Demand Is Rising
Expandable graphite market value is set to nearly double to $8.31B by 2034. See how it flame-retards PU foam, the formulation challenges, and how CarboFlameX® solves them.
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The Largest Expandable Graphite Producers Outside China
China controls most expandable graphite supply. Meet the ex-China producers — SGL Carbon, NeoGraf, AMG Graphite, Nacional de Grafite, and PranaGraf — closing the gap.
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Natural Graphite vs Synthetic Graphite: The Complete Comparison Guide (2026)
Natural graphite emits 2-6 kg CO2/kg vs 20-40 kg CO2/kg for synthetic. Compare cost, performance, and applications to choose the right graphite for your project.
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