Agilent, G8400-67150, Quartz Spray chamber, Scott double-pass, standard for Agilent 7850, 7900 and 8900 with UHMI

Quartz Spray chamber, Scott double-pass, standard for Agilent 7850, 7900 and 8900 with UHMI. For use with UHMI or no aerosol gas dilution by plugging Argon dilution gas port on spray chamber outlet. Requires End Cap G3280-60008

Specifications:
Chemical Compatibility: AqueousOrganic solvents
Instrument Compatibility: 785079008900
Material: Quartz
Nebulizer Fitting: End cap
Outlet Type: Ball joint
Type: Scott style
UNSPSC Code: 41113000

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The Quartz Spray Chamber, Scott double-pass design, is engineered for high-performance analytical workflows using Agilent 7850, 7900, and 8900 ICP-MS systems equipped with Ultra High Matrix Introduction (UHMI) capability. This spray chamber is made from high-purity quartz, delivering excellent chemical resistance, minimal contamination, and optimized aerosol formation. Its robust double-pass configuration effectively reduces solvent load and enhances plasma stability, ensuring dependable throughput in demanding laboratories.

The standard Scott design enhances analytical performance by providing superior washout characteristics and improving signal stability, making it ideal for trace elemental analysis in complex sample matrices. Typical applications include environmental testing, pharmaceutical quality control, food safety screening, academic research, and materials science investigations where consistent, reproducible results are critical.

Easy integration with Agilent ICP-MS platforms equipped with UHMI technology enables laboratories to process samples with challenging matrices, such as those containing high levels of total dissolved solids, while maintaining low detection limits and high sensitivity. The quartz construction is compatible with a variety of nebulizer types and sample introduction systems, supporting diverse application requirements. This component is essential for analysts seeking reliable performance and maximum flexibility in high-throughput, multi-matrix research environments.