Standards

Secondary reference material for redox titration, traceable to NIST Standard Reference Material (SRM) Certipur&reg volumetric standards for reliable results in titration Proper titer determination is an important prerequisite for accurate and

Secondary reference material for iodometry, traceable to NIST SRM Certipur&reg volumetric standards for reliable results in titration Proper titer determination is an important prerequisite for accurate and comparable analysis in the titration

Secondary reference material for iodometry, traceable to NIST SRM Certipur&reg volumetric standards for reliable results in titration Proper titer determination is an important prerequisite for accurate and comparable analysis in the titration

Concentration: 1,000 µg/mL Matrix: 2% HNO₃ Volume: 500 mL Features and Benefits Pure Grade Standards for AA and ICP-OES Analyzed by ICP-OES Analyzed by Classical Wet Assay 32 trace impurities analyzed by ICP-MS of the final solution and re

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: H2O Min: &gt= 995 Max: =&lt 1005 ppm Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: H2O Min: &gt= 995 Max: =&lt 1005 ppm Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: H2O Min: &gt= 995 Max: =&lt 1005 ppm Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

ICP Standard, High Purty Elements manufactured in an ISO 9000 certified laboratory. Guaranteed to 0.3% tolerance.

ICP Standard, High Purty Elements manufactured in an ISO 9000 certified laboratory. Guaranteed to 0.3% tolerance.

ICP Standard, High Purty Elements manufactured in an ISO 9000 certified laboratory. Guaranteed to 0.3% tolerance.