Agilent, 18900-60640, GC Calibration Std of Oxygenates in Gasoline; neat; for use with ASTM method D4815 Analyzers; 3 ampules of 0.5 mL each; MSDS and Certificate of Analysis for this standard are available.

GC Calibration Std of Oxygenates in Gasoline; neat; for use with ASTM method D4815 Analyzers; 3 ampules of 0.5 mL each; MSDS and Certificate of Analysis for this standard are available.

Specifications:
Agency Method: ASTM D4815
Analyte Count: 11
Concentration: 1-Butanol1,2 % (v/v)CAS #: 71-36-31-Propanol1,2 % (v/v)CAS #: 71-23-8Ethyl alcohol (absolute)1,2 % (v/v)CAS #: 64-17-5Isobutyl alcohol1,2 % (v/v)CAS #: 78-83-1Isopropyl alcohol1,2 % (v/v)CAS #: 67-63-0Methanol2 % (v/v)CAS #: 67-56-1RF_A Industry Average Gasoline85,2 % (v/v)CAS #: 8006-61-9sec-Butanol1,2 % (v/v)CAS #: 78-92-2tert-Butanol2 % (v/v)CAS #: 75-65-0tert-Butylmethyl ether2,4 % (v/v)CAS #: 1634-04-4tert-Pentanol1,2 % (v/v)CAS #: 75-85-4
Packaging: Ampule
Technique: GC & GC/MS
UNSPSC Code: 41116107
Volume: 0.5 mL

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This high-purity calibration standard is specifically formulated for gas chromatography (GC) analysis of oxygenates in gasoline, supporting precise and reliable quantification as outlined in ASTM D4815. Supplied as three ampules with 0.5 mL of neat standard each, it enables accurate calibration and routine quality control in laboratories testing for regulatory and research compliance. The solution is ideal for petrochemical, environmental, and fuel analysis laboratories tasked with monitoring oxygenate compounds such as MTBE or ethanol in gasoline blends.

Each standard is delivered with a comprehensive Certificate of Analysis and Material Safety Data Sheet, facilitating traceability and safe usage. Designed for seamless integration with Agilent’s ASTM D4815-certified analyzers, this product ensures compatibility and optimal performance, minimizing method development time and maximizing data accuracy. The ampule format simplifies sample preparation and minimizes contamination risks. It is also suitable for use with other gas chromatography instruments configured for oxygenate analysis per ASTM methods, making it a versatile choice for diverse analytical workflows. Integration into routine QA or research workflows helps maintain regulatory compliance and supports robust, defensible analytical results in fuel testing environments.