Agilent, CP913246, Nebulizer, inert Mira Mist, PTFE, for high TDS applications for ICP-OES. Enhanced parallel path nebulizer gives high salts and TDS capability and handles aggressive acid digests

Nebulizer, inert Mira Mist, PTFE, for high TDS applications for ICP-OES. Enhanced parallel path nebulizer gives high salts and TDS capability and handles aggressive acid digests. Suitable for all acids, including HF, and organic solvents.

Specifications:
Chemical Compatibility: AqueousHF acidOrganic solvents
Compatible with Advanced Valve System (AVS): Yes
Gas Connector: Threaded connector
Instrument Compatibility: 5100511058005900700 seriesLibertyVista series
Material: PTFE
Name: MiraMist
Nebulizer Sample Particle Size Tolerance: 150 µm
Notes: Routine analysis of samples to 20 % TDS including aggressive acids and organic solvents
Other Features: Suitable for use with AVS/SVS
Sample Connection: Threaded connector
Self Aspirating: No
TDS Handling Capability: 20 % TDS
Type: Parallel path

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Designed for high-performance plasma spectrometry, this inert Mira Mist nebulizer is manufactured from robust PTFE, making it exceptionally resistant to aggressive acid digests and harsh chemical matrices. Engineered for high total dissolved solids (TDS) applications, its advanced parallel path design maintains sample integrity and offers reliable aerosol generation, even with solutions containing elevated salt concentrations. This results in improved analytical precision and minimized clogging or sample loss, a critical feature for laboratories working with seawater, industrial effluents, mining samples, or pharmaceutical digests.

Ideal for use in inductively coupled plasma optical emission spectrometry ICP-OES systems, the nebulizer ensures compatibility with a wide range of Agilent instruments and sample introduction systems configured for high-matrix sample analysis. The enhanced durability and chemical resistance extend instrument uptime and reduce maintenance frequency, providing consistent, reproducible performance across multiple batch runs. It is particularly suited for researchers and analysts in environmental monitoring, metals analysis, geochemistry, and materials science. For optimized system performance, it is frequently used in conjunction with inert spray chambers and sample introduction accessories engineered for high TDS and corrosive solutions. This nebulizer delivers enhanced operational efficiency and data quality in demanding analytical workflows.