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Tungsten Carbide (WC) is an extremely hard and tough material with numerous industrial applications including abrasives, cutting tools, and wear parts. The determination of Carbon in WC is an important quality control parameter. The Carbon level c...

203-821-464

Carbon in Fluoropolymers using C144

203-821-474

Carbon in Mold Powder using C744

203-821-513

Carbon in Nitrides using C744

203-821-512

Carbon in Nitrides using C844

203-821-308

Carbon in Refractory and Reactive Metals and their Alloys using CS600 Series

203-821-471

Carbon in Refractory and Reactive Metals using C744

203-821-472

Carbon and Sulfur in Iron, Steel, Nickel-Base, Cobalt-Base Alloys using CS744

Carbon and Sulfur in Lime using CS Series

Carbon and Sulfur in Lime using CS744

Carbon and Sulfur in Limestone-Dolomite using CS744

Carbon and Sulfur in Low Carbon Ferroalloys using CS Series

Carbon and Sulfur in Low Carbon Ferroalloys using CS744

Carbon and Sulfur in Low Carbon Ferroalloys using CS844

Carbon and Sulfur in Metal Bearing Ores using CS844

Carbon and Sulfur in Metal-Bearing Ores and Related Materials using CS600 Series

Carbon and Sulfur in Metal-Bearing Ores using CS744

Carbon and Sulfur in Potassium Heptafluorotantalate Materials with CS444 and CS400

Carbon and Sulfur in Steel, Nickel-Base, and Cobalt-Base Alloys using CS600 Series

Carbon and Sulfur in Tungsten Carbide using CS844

Carbon in Fluoropolymers using C144

Carbon in Mold Powder using C744

Carbon in Nitrides using C744

Carbon in Nitrides using C844

Carbon in Refractory and Reactive Metals and their Alloys using CS600 Series

Carbon in Refractory and Reactive Metals using C744

Carbon in Refractory and Reactive Metals using C844

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