BenchMark Performance Audit>Water Pollution Series - Inorganic
WP5400 - Anions
 Cat. #PricePT FormPackagingInstructionsMSDS
WP5400$40.00Concentrated--
Analytes
Sample AnalytesUnitsNELAC Range
Fluoride
millig/L0.3 - 4
Sulfate
millig/L5 - 125
Sample AnalytesUnitsNELAC Range
Chloridemg/L35 - 275
 
Analytical Methods Covered
Chloride by Mercuric Nitrate MethodChlorine (Residual) by Iodometric Method II
Fluoride by Ion Selective ElectrodeChlorine (Residual) by Iodometric Method II
Fluoride by Ion Selective ElectrodeChlorine by Iodometric Method IIChlorine (Residual) by Iodometric Method II
Fluoride by SPADNSChlorine (Residual) by Iodometric Method II
Determination of Inorganic Anions by Ion ChromatographyChlorine (Residual) by Iodometric Method II
Determination of Inorganic Anions by Ion ChromatographyFluoride by SPADNS 2 Method
Determination of Inorganic Anions in Drinking Water by Ion ChromatographyFloride by SPADNS 2 Method
Determination of Inorganic Anions in Drinking Water by Ion ChromatographyChloride by Argentometric Titration
Determination of Inorganic Anions in Drinking Water by Ion ChromatographyChloride by Argentometric Titration
Determination of Inorganic Anions by Ion ChromatographyChloride by Argentometric Method
Chloride by Silver Nitrate Titration MethodChloride by Argentometric Method
Sulfate by Gravimetric Method with Ignition of ResidueChloride by Argentometric Method
Sulfate by Gravimetric Method with Ignition of ResidueSulfate by Gravimetric Method with Drying of Residue
Sulfate Gravimetric Method with Ignition of ResidueSulfate by SulfaVer 4 Method
Sulfate Gravimetric Method with Ignition of ResidueChlorine (Residual) by Iodometric Method I
Sulfate by Residue Ignition and Gravimetric DeterminationAnions
Sulfate by Gravimetric Method with Ignition of ResidueChlorine Dioxide by Amperometric Method II
Chloride by Argentometric MethodChloride by Potentiometric Method
Chloride by Automated Ferricyanide MethodChloride by Potentiometric Method
Chloride by Automated Ferricyanide MethodChloride by Potentiometric Method
Chloride by Argentometric MethodSulfate by Turbidity
Chlorine (Residual) by DPD Colorimetric MethodSulfate by Turbidity
Chlorine (Residual) by DPD Colorimetric MethodSulfate by Turbidity
Chlorine (Residual) by DPD Colorimetric MethodSulfate by Turbidity
Chlorine (Residual) by DPD Colorimetric MethodSulfate by Turbidity
Chlorine (Residual) by DPD Colorimetric MethodNitrate Nitrogen by Cadmium Reduction Method
Chlorine (Residual) by DPD Colorimetric MethodNitrate Nitrogen by Cadmium Reduction Method
Chlorine (Residual) by DPD Colorimetric MethodSulfate by Turbidity
Chlorine (Residual) by DPD Colorimetric MethodFluoride by Complexone Method
Sulfate Ion in WaterFluoride by Complexone
Chlorine (Residual) by Iodometric Method IISulfate Ion in Water
Chlorine (Residual) by Iodometric Method IISulfate Ion in Water
Chlorine (Residual) by Iodometric Method IISulfate Ion in Water
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