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Thermo Scientific Non-Viable Cascade Impactors
•Brochure: Thermo Scientific Non-Viable Cascade Impactors
The Anderson Cascade Impactors (ACI) are uniquely defined as a primary standard classification device thanks to performance verification through well established fundamental physical principles. With over 40 years of published performance, our multi-stage Andersen Cascade Impactor is the best instrument for determining medical and research aerosol particle size distribution, indoor air quality applications including sterile and aseptic processing environments, and quiescent outdoor areas.
The Thermo Scientific Andersen Non-Viable Cascade Impactor allows aerosols to be classified by size distribution through extensive experimental proofs and empirical verification. Once certain properties of the examined aerosol are known, the Andersen Cascade Impactors enable comprehensive aerosol definition. Inertial Impactors provide extremely sharp "cut points," enabling multiple size classifications and additional analysis of the collected sample. It additionally allows the sampled mass to be weighed directly without artificial processing and without dependence upon statistically manipulated data.
Key Features
- Samples wet or dry aerosols
- Gravimetric analysis allows reference method precision
- Ease of operation and calibration
- Particle bounce and wall losses virtually eliminated
- High-mass collection and high-flow rate
- Gravimetric or chemical sample analysis
- A large variety of substrates and filters are available
- Ease of set-up calibration and operation
For more information, visit the Non-Viable Cascade Impactors Product Webpage
Click Here To Download:•Brochure: Thermo Scientific Non-Viable Cascade Impactors
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