Expert articles on natural graphite supply chains, battery applications, grade selection and Norwegian mining — written for procurement managers, engineers and materials scientists.
Both materials can serve as Li-ion anode feedstock — but they differ substantially in cost, performance and sustainability. Which is right for your application?
Read article →A complete procurement guide to graphite Cg% grades, mesh sizes, D50 specifications and the questions you need to ask your supplier before placing an order.
Read article →Graphite in refractories must perform at extreme temperatures without fail. This guide explains the key properties, grade selection criteria and why crystalline flake outperforms amorphous.
Read article →At 31% graphitic carbon ore grade, the Skaland deposit on Senja island is geologically unique. We explain what makes it exceptional — and what that means for product quality.
Read article →How the EU Critical Raw Materials Act and China's export controls are reshaping graphite procurement — and what procurement teams should do now to qualify a European alternative.
Read article →Grade and particle size selection guide for dry lubrication, graphite grease, mould release and wire drawing. Covers SGF-91 to SGF-96 with application-specific recommendations.
Read article →The technical and supply chain case for SGF-98 and SGF-99 from Senja Island as EV battery anode material — including EU Battery Regulation Annex X traceability and qualification process.
Read article →Our technical team can recommend the right grade and arrange a qualification sample. Response within one business day.
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