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Non-Ferrous Metals Refractories Matched to Your Process

No two non-ferrous operations stress a lining the same way. McKeown selects non-ferrous metals refractories around your melt chemistry, temperatures, and cycle, then sources them through partners equipped to produce exactly that.

Operator in aluminized protective gear working at a glowing non-ferrous smelting furnace

Why Standard Grades Fall Short in Non-Ferrous Service

Non-ferrous smelting and refining combine aggressive slags, low-viscosity metals that penetrate joints and pores, and frequent thermal cycling. A brick that performs well in a steel ladle can fail early here. That's why we treat every non-ferrous inquiry as an engineering question first and a supply question second.

Non-ferrous furnace refractory shapes laid out for inspection
Inspector measuring a refractory brick with digital calipers
Ultrasonic testing of a refractory shape
Tuyere brick for a non-ferrous converter

What We Review Before Recommending a Lining

  • Metal and slag chemistry, including fluxes and additions
  • Operating and peak temperatures, and how quickly they change
  • Cycle length, tapping practice, and maintenance windows
  • Current lining materials, wear pattern, and failure history
  • Your campaign-life and budget targets

That review shapes a recommendation that can draw on silicon carbide, high-alumina, carbon, insulating, and monolithic materials from across our partner network, with each one chosen for a specific zone rather than for convenience.

Proven Across Global Markets

McKeown has supplied products to ferrous and non-ferrous producers in North America, Europe, Africa, and Iceland. That experience across different ores, climates, and plant designs informs every new recommendation.

Describe Your Process. We'll Recommend the Lining.

Tell us the metal, the vessel, and where the current lining fails. Drawings and operating data help us respond with a specific recommendation instead of a generic grade.