Agilent, 5190-7003, SCD checkout sample in isooctane, 2 mL ampoule. (China only. Hazardous product, will be shipped from another warehouse. The corresponding invoice will be provided by Agilent China Shanghai Legal entity)

SCD checkout sample in isooctane, 2 mL ampoule. (China only. Hazardous product, will be shipped from another warehouse. The corresponding invoice will be provided by Agilent China Shanghai Legal entity)

Specifications:
Analyte Count: 2
Concentration: Diethyl disulfide0.7 mg/LCAS #: 110-81-6tert-Butyldisulfide1 mg/LCAS #: 110-06-5
Packaging: Ampule
Solvent: Isooctane
Technique: GC & GC/MS
UNSPSC Code: 41116107
Volume: 2 mL

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This 2 mL ampoule contains a Sulfur Chemiluminescence Detector (SCD) checkout sample in isooctane, designed specifically for system suitability testing and performance verification of SCD-equipped gas chromatographs. Ideal for laboratories conducting environmental analysis, petrochemical testing, and trace sulfur compound quantification, the sample ensures consistent instrument calibration and reliable detector response. The precisely prepared isooctane matrix closely matches typical analytical conditions, enabling accurate comparative analysis and detection limit assessments.

This product is a hazardous material and is available exclusively to customers in China, with shipping and invoicing managed by the Agilent China Shanghai legal entity. The sample is compatible with Agilent 7890 and 8890 GC systems configured with SCD technology, and can also be used alongside Agilent consumables designed for trace sulfur analysis. Each ampoule supports routine maintenance, troubleshooting, and assay validation workflows, helping laboratories ensure compliance with method requirements and regulatory standards.

For researchers working in food safety, environmental monitoring, fuels analysis, and other applications where selective detection and quantification of organosulfur compounds is critical, this reference sample plays a vital role in safeguarding analytical accuracy and system reliability.