< div class=" SectionLevel2" > < p class=" subsec1 cdone2" > < span class=" Head3 cdone" > 1.1< / span>  These test methods cover the chemical analysis of stainless, heat-resisting, maraging, and other similar chromium-nickel-iron alloys having chemical compositions within the following limits:

< div class=" ParaCenter" > < table style=" border-collapse: collapse border-top-style:none border-bottom-style:none " class=" datatable gridtype" width=" 461px" > < col width=" 57px" > < / col> < col align=" left" width=" 208px" > < / col> < col width=" 32px" > < / col> < col align=" center" width=" 40px" > < / col> < col align=" center" width=" 125px" > < / col> < tbody class=" cdone" > < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" >  Element

< / td> < td style=" vertical-align:top " colspan=" 3" > < p style=" text-align:left" class=" tablecell_indented" > Composition Range, %

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Aluminum

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.002

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  5.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Boron

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.001

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.20

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Carbon

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  1.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Chromium

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to 35.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Cobalt

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to 15.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Niobium

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  4.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Copper

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  5.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Lead

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.001

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Manganese

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to 20.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Molybdenum

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  7.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Nickel

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to 48.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Nitrogen

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.001

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Phosphorus

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.002

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.35

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Selenium

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Silicon

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  4.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Sulfur

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.002

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Tantalum

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.80

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Tin

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.001

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.05

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Titanium

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  4.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Tungsten

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.01

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  4.50

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Vanadium

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.005

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  1.00

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Zirconium

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > 0.001

< / td> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > to  0.20

< / td> < / tr> < / tbody> < / table> < / div> < / div> < div class=" SectionLevel2" > < p class=" subsec1 cdone2" > < span class=" Head3 cdone" > 1.2< / span>  The test methods in this standard are contained in the sections indicated below:

< div class=" ParaCenter" > < table style=" border-collapse: collapse border-top-style:none border-bottom-style:none " class=" datatable gridtype" width=" 575px" > < col align=" left" width=" 325px" > < / col> < col align=" center" width=" 250px" > < / col> < thead class=" cdone" > < tr> < td style=" vertical-align:top " > < p style=" text-align:left " class=" tablecell_standard" >  

< / td> < td style=" vertical-align:top " > < p style=" text-align:center " class=" tablecell_standard" > Sections

< / td> < / tr> < / thead> < tbody class=" cdone" > < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Aluminum, Total, by the 8-Quinolinol Gravimetric Method (0.20 % to 7.00 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 119–126

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Aluminum, Total, by the 8-Quinolinol Spectrophotometric Method (0.003 % to 0.20 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 71–81

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Carbon, Total, by the Combustion–Thermal Conductivity Method–< span class=" overriddenformat" style=" font-style:italic font-weight:normal " > Discontinued 1986< / span>

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 153–163

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Carbon, Total, by the Combustion Gravimetric Method (0.05 % to 1.50 %)–< span class=" overriddenformat" style=" font-style:italic font-weight:normal " > Discontinued 2013< / span>

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 98–108

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Chromium by the Atomic Absorption Spectrometry Method (0.006 % to 1.00 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 202–211

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Chromium by the Peroxydisulfate Oxidation–Titration Method (0.10 % to 35.00 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 212–220

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Chromium by the Peroxydisulfate-Oxidation Titrimetric Method-< span class=" overriddenformat" style=" font-style:italic font-weight:normal " > Discontinued 1980< / span>

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 145–152

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Cobalt by the Ion-Exchange–Potentiometric Titration Method (2 % to 15 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 53–60

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Cobalt by the Nitroso-R-Salt Spectrophotometric Method (0.01 % to 5.0 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 61–70

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Copper by the Neocuproine Spectrophotometric Method (0.01 % to 5.00) %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 109–118

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Copper by the Sulfide Precipitation-Electrodeposition Gravimetric Method (0.01 % to 5.00 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 82–89

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Lead by the Ion-Exchange-Atomic Absorption Spectrometry Method (0.001 % to 0.50 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 127–136

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Manganese by the Periodate Spectrophotometric Method (0.01 % to 5.00 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 9–18

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Molybdenum by the Ion Exchange–8-Hydroxyquinoline Gravimetric Method

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 242–249

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Molybdenum by the Thiocyanate Spectrophotometric Method (0.01 % to 1.50 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 190–201

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Nickel by the Dimethylglyoxime Gravimetric Method (0.1 % to 48.0 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 172–179

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Phosphorus by the Alkalimetric Method (0.02 % to 0.35 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 164–171

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Phosphorus by the Molybdenum Blue Spectrophotometric Method (0.002 % to 0.35 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 19–30

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Silicon by the Gravimetric Method (0.05 % to 4.00 %)

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 46–52

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Sulfur by the Gravimetric Method-< span class=" overriddenformat" style=" font-style:italic font-weight:normal " > Discontinued 1988< / span>

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 30–36

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Sulfur by the Combustion-Iodate Titration Method (0.005 % to 0.5 %)-< span class=" overriddenformat" style=" font-style:italic font-weight:normal " > Discontinued 2014< / span>

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 37–45

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p style=" text-align:left" class=" tablecell_indented" > Sulfur by the Chromatographic Gravimetric Method-< span class=" overriddenformat" style=" font-style:italic font-weight:normal " > Discontinued 1980< / span>

< / td> < td style=" vertical-align:top " > < p style=" text-align:center" class=" tablecell_indented" > 137–144

< / td> < / tr> < tr> < td style=" vertical-align:top " > < p