About Us

MBI Graphite is a dedicated division of M. Brashem, Inc. focused on delivering high-quality graphite and carbon materials to the Iron & Steel, Aluminum, and Metallurgical industries.

For over 40 years, we’ve helped customers meet demanding production goals through excellent product quality, competitive pricing, reliable delivery, and personalized support. Our mission is total customer satisfaction, built on long-term, mutually rewarding relationships with both customers and suppliers.

Headquartered in Bellevue, Washington, with offices in Ohio and Beijing, and supported by strategically located warehouses and sales offices across the U.S. and Canada, MBI Graphite combines global reach with responsive, customer-focused service.

Whether you’re sourcing graphite electrodes for EAF steelmaking, graphitized, graphitic, and carbon for aluminum smelting, or specialty graphite for machining or high-temperature applications, MBI Graphite has the technical expertise and global network to deliver.

M. Brashem, Inc. is a trusted global partner delivering metals and materials solutions backed by technical expertise and more than 40 years of experience.

Graphite electrodes for EAF, ladle refining, and foundry operations. Available in HP, SHP, and UHP grades, ranging from 8 to 32 inches in diameter. We supply the full range of sizes and align electrode performance with your operating conditions to support reliable, cost-efficient production.

High-quality carbon electrodes used in silicon, calcium carbide, and ferroalloy production. Offered in 30–55 inch diameters with conical joints or graphite pins. Custom configurations available.

Graphite rods, blocks, and rounds for machining, degassing, and high-temperature industrial components. Available in multiple sizes and grades to meet performance -critical needs.

Graphite and Carbon cathode and sidewall blocks for aluminum smelting. Supplied with consistent quality and properties aligned to specific smelter technologies and operating parameters, including requirements for thermal conductivity, erosion resistance, and mechanical strength under demanding cell conditions.

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