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AMMONIUM TEST METHOD: PHOTOMETRIC 2.0 - 150 MG/L NH4-N 2.6 - 193 MG/L NH4+ SPECTROQUANT(R)

ITEM#: 3042-1006830001

MFR#: 1006830001

The method is analogous to EPA 350.1, APHA 4500-NH3 F, ISO 7150-1, and DIN 38406-5.This Spectroquant Ammonium Reagent Test allows the cyanide-free quantification of ammonium in wastewater, groundwater, surface water, and seawater. Typically, ammonium

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The method is analogous to EPA 350.1, APHA 4500-NH3 F, ISO 7150-1, and DIN 38406-5.This Spectroquant Ammonium Reagent Test allows the cyanide-free quantification of ammonium in wastewater, groundwater, surface water, and seawater. Typically, ammonium enters water sources as runoff from fertilized agricultural areas and enhanced levels are important indicators for fecal pollution.Further fields of applications are the analysis of foods & beverages and of environmental and agricultural samples (e.g. soil)..
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Product Name Description Item# QTY
AMMONIUM TEST 0.010 - 3.00 MG/L NH4-N The method is analogous to EPA 350.1, APHA 4500-NH3 F, ISO 7150-1, and DIN 38406-5.This Spectroquant Ammonium Reagent Test allows the cyanide-free quantification of ammonium in wastewater, groundwater, surface water, and seawater. Typically, ammonium 3042-1147520001 EA
AMMONIUM TEST 0.010 - 3.00 MG/L NH4-N The method is analogous to EPA 350.1, APHA 4500-NH3 F, ISO 7150-1, and DIN 38406-5.This Spectroquant Ammonium Reagent Test allows the cyanide-free quantification of ammonium in wastewater, groundwater, surface water, and seawater. Typically, ammonium 3042-1147520002 EA
COD CELL TEST METHOD: PHOTOMETRIC 10 - 150 MG/L SPECTROQUANT(R) Method: photometric 10 - 150 mg/l Spectroquant(R) 3042-1145400007 EA
COD CELL TEST FOR PHOTOMETERS OF OTHER MANUFACTURERS METHOD: PHOTOMETRIC 0 - 150 MG/L SPECTROQUANT(R) Method: photometric 0 - 150 mg/l Spectroquant(R) 3042-1187510007 EA
Manufacturer Default Logo NICKEL TEST METHOD: PHOTOMETRIC 0.02 - 5.00 MG/L NI SPECTROQUANT(R) This Spectroquant Nickel test allows the accurate quantification of nickel ions in various waters. Nickel(II) ions are oxidized by iodine and then transformed with dimethylglyoxime in an ammoniacal solution into a red-brown complex that is determined 3042-1147850007 EA
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