Application Notes |
Inorganic |
Carbon & Sulfur
— Carbon & moisture in aggregates using the RC-412 (-010)
— Sulfur in battery paste (PbO/PbSO4) using the CS series (-209)
— Sulfur in copper base materials using the CS series (-109)
— Carbon & sulfur in lime using the CS series (-135)
— Carbon and sulfur in metal-bearing ores and related materials using the CS600 series (-309)
— Carbon & sulfur in potassium heptafluorotantalate materials using the CS-444 and CS-400 (-198)
— Carbon in refractory and reactive metals and their alloys using the CS600 series (-308)
— Carbon & sulfur in steel, nickel-base, & cobalt-base alloys using the CS600 series (-261)
— Ultra low carbon & sulfur in steel, nickel-base, & cobalt alloys using the CS-444 (-004)
— Carbon in tungsten carbide using the WC600 (-281)
— Carbon in tungsten carbide powder using the WC-200 (-060)
— Surface Carbon on Steel Sheet and Rod Samples using the RC612
(-322)
Hydrogen
— Hydrogen in aluminum & aluminum alloys using the RH-402 (-199)
— Hydrogen in aluminum & aluminum alloys using the
RHEN602
(-300)
— Hydrogen in copper & copper alloys using the RHEN600/602
(-305)
— Hydrogen in Reactive/Refractory Metals using the RH600/TCH600
(-339) 
— Hydrogen in Reactive/Refractory Metals using the RHEN600/602
(-340)
— Hydrogen in steel & iron using the RH600 (-266)
— Hydrogen in steel & iron using the RHEN600 (-271)
Moisture
— Carbon & moisture in aggregates using the RC-412 (-010)
— Moisture in welding flux using the RC-412 (-021)
Nitrogen & Oxygen
— Oxygen & nitrogen in calcium fluoride using TC600 (-202)
— Oxygen & nitrogen in carbon black, graphite, & calcined coke using the TC-436 (-037)
— Ultra low nitrogen & oxygen in iron, steel, nickel-base, & cobalt base alloys using the TC600 (-184)
— Ultra low nitrogen & oxygen in iron, steel, nickel-base, & cobalt base alloys using the TC500 (-187)
— Oxygen & nitrogen in nitride materials using the TC500/600 (-213)
— Oxygen & nitrogen in reactive/refractory metals and their alloys (including Ti, Zr, W, Mo, Ta, Nb, Hf and their alloys) using the
TC600 (-185)
— Oxygen & nitrogen in reactive/refractory metals and their alloys (including Ti, Zr, W, Mo, Ta, Nb, Hf and their alloys) using the
TC500 (-186)
Nitrogen, Oxygen, & Hydrogen
— Oxygen, nitrogen, & hydrogen in refractory metals using the TCH600 (-267)
— Oxygen, nitrogen, & hydrogen in steel and iron using the TCH600 (-265)
Oxygen & Hydrogen
— Oxygen & hydrogen in copper & copper alloys using the TCH600/ROH600 (-276)
Analytical Papers from the Technical Services Laboratory
— Carbon and Sulfur Determination—LECO Induction Furnace Instruments (209-141-001)
— Oxygen and Nitrogen Determination Inert Gas Fusion Instruments (209-141-003)
— Simultaneous Oxygen, Nitrogen, and Hydrogen Determination of Metals (209-141-004)
— TCH600 Analytical Tips (209-141-002)
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