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76-BIG-MIXMatrix: MeCl
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145010-100MLMDL No: MFCD02091743 UN No: UN3093 Haz Class: 8 (5.1) Packing Group: II Liquid, Matrix: 40% Aqua Regia/tr. HF
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145010-500MLMDL No: MFCD02091743 UN No: UN3093 Haz Class: 8 (5.1) Packing Group: II Liquid, Matrix: 40% Aqua Regia/tr. HF
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BIG-BN-2Matrix: MeCl:Benzene
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SPEO-007
Thomas Scientific
Semivolatiles in Soil, EPA Method 8270, Contains at least 60% of NELAC analytes plus other analytes, 30g
Price: $525.19List Price: $583.54A 30 gram sample supplied ready to use. Designed for use by EPA Method 8270. Each study contains at least 60% of the NELAC analytes plus a subset of the other analytes. Supplied in duplicate. -
MXSTD-SETANStandards may be diluted in the same matrix as specified however, caution must be exercised in the choice of the source for your diluents. Diluting the matrix may cause some standards to precipitate.
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CL-MEM-SETSPEX CertiPrep Claritas PPTĀ® standards are a class of Inorganic Certified Reference Standards designed specifically for today's new generation of trace ICP and ICP-MS instrumentation. Based on extensive development, our chemists have formulated this
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CL-ICS-SETThe SPEX CertiPrepā¢ Claritas PPTĀ® grade ICP-MS instrument check standards set is suitable for research and laboratory use.
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MIXSTD-SETStandards may be diluted in the same matrix as specified however, caution must be exercised in the choice of the source for your diluents. Diluting the matrix may cause some standards to precipitate.
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MIXSTD-SETAStandards may be diluted in the same matrix as specified however, caution must be exercised in the choice of the source for your diluents. Diluting the matrix may cause some standards to precipitate.
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CLMS-SETSPEX CertiPrep Claritas PPTĀ® standards are a class of Inorganic Certified Reference Standards designed specifically for today's new generation of trace ICP and ICP-MS instrumentation. Based on extensive development, our chemists have formulated this
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CLMS-SETNICP-MS Set of 7 Multi-Element solutions without mercury. Application: For US EPA Methods 625, 8270 and CLP Series Methods