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Inorganic Analysis

203-821-265

Oxygen and Hydrogen in Steel and Iron using TCH600

203-821-458

Oxygen and Hydrogen in Titanium Hydride using ONH836

203-821-202

Oxygen and Nitrogen in Calcium Fluoride using TC600

203-821-037

Oxygen and Nitrogen in Carbon Black, Graphite, and Calcined Coke using TC436

203-821-652

Oxygen and Nitrogen in Ferroalloys using ON736

203-821-646

Oxygen and Nitrogen in Ferroalloys using ON836

203-821-566

Oxygen and Nitrogen in Ferroalloys using TC-TCH600

203-821-499

Oxygen and Nitrogen in Graphite and Calcined Coke using TC600

203-821-213

Oxygen and Nitrogen in Nitride Material using TC500-600

203-821-370

Oxygen and Nitrogen in Nitrides using TC600-TCH600

203-821-186

Oxygen and Nitrogen in Reactive-Refractory Metals and their Alloys using TC500

203-821-185

Oxygen and Nitrogen in Reactive-Refractory Metals and their Alloys using TC600

203-821-550

Oxygen and Nitrogen in Refractory Metals Alloys using ON736

Oxygen and nitrogen are alloying elements in titanium, and are also classified as alpha stabilizing elements as they promote alpha phase alloys. Interstitial oxygen and nitrogen levels can be used to regulate the tensile strength of the material, ...
203-821-187

Oxygen and Nitrogen in Steel, Iron, Nickel, and Cobalt Alloys using TC500

203-821-459

Oxygen Determination in Aluminum using ONH836

203-821-361

Oxygen in Aluminum and Aluminum Alloys using TC400

203-821-362

Oxygen in Aluminum and Aluminum Alloys using TC500

203-821-363

Oxygen in Aluminum and Aluminum Alloys using TC600

203-821-452

Oxygen in Copper and Copper Alloys using TC600

203-821-563

Oxygen in Tin and Lead Based Solder Powders using O736