The Kanomax Aerosol Particle Mass Analyzer Model APM 3602 is a compact, lightweight desktop instrument designed to classify aerosol particles by mass, utilizing a novel method that balances centrifugal and electrostatic forces. This approach offers a distinct advantage over traditional Differential Mobility Analyzers (DMA), which classify particles based on size using electrostatic force.
The APM 3602 is an essential tool for researchers and professionals engaged in aerosol science, providing precise mass-based particle classification to advance studies in mass distribution, density analysis, and the generation of monodisperse aerosols.
Key Features:
- Wide Classification Range: Capable of classifying aerosol particles ranging from 0.01 to 100 femtograms.
Kanomax - Enhanced Density Distribution Analysis: When combined with a DMA, the APM 3602 enables detailed particle density distribution studies.
Applications:
- Mass Distribution Measurements: Accurately assess the mass distribution of aerosol particles.
- Particle Density Research: Conduct in-depth studies on particle density variations.
- Monodisperse Aerosol Generation: Generate aerosols with uniform particle mass for various experimental needs.
Desktop and lightweight unit
APM 3602 classifies aerosol particles of 0.01 to 100 femtograms
Mass distribution measurements
Monodisperse aerosol generation
Particle density distribution can be attained by combining the APM and DMA
Particle density research
Particle size distribution measurement is normally used in order to measure nanosized particle distribution. While Differential Mobility Analyzers (DMA) classify particle by particle size utilizing electrostatic force, an APM classifies particles by mass based on entirely new classification principles.
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