Palas 4 Science

P4 Science stands for
  • Flexibility in a wide range of measurement environments
  • Precision in particle distribution
  • Choice of different systems for aerosol generation, measurement and dilution in research facilities
  • Years of expertise in particle measurement technology
  • Individual consulting for specific and individual measurement tasks

Products

Generation of test particles of approx. 0,001 μm– 100.000 nm
Applications
  • Filter industry:
    • Car interior filters
    • ASHRAE room air filters
    • Engine air filters
    • Respiratory filters
  • Chemical and pharmaceutical industry
  • Generation of tracer particles
  • Flow visualization
  • Aerosol research
Particle transport and dispersion in the indoor and outdoor atmosphere
new
Applications
  • Industry:
    • Production processes
    • Bulk material handling (mixing, discharge, storage, packaging etc.)
    • Fenceline Monitoring
  • Construction sites: Roads, railroads, demolition sites
  • Buildings: Schools, kindergartens, hospitals, hotels, offices, public service buildings
  • Residential buildings near construction sites or other polluted areas
  • Public transportation: Airports, train stations, tramway & underground stations, cruise ships, passenger cabin, e.g. in tram, train
Generation of test particles of approx. 0,001 μm– 100.000 nm
Applications
  • calibration of PMP measurement chain
  • calibration of particle measurement devices
  • calibration of sampling lines
  • production of nano particles
  • Inhalation exploration
  • Toxikology
Particle transport and dispersion in the indoor and outdoor atmosphere
Applications
  • Regulatory pollution control in monitoring networks
  • Ambient air monitoring campaigns
  • Long-term studies
  • Emission source attribution
  • Emission dispersion studies (e.g. fires, volcanoes)
Topseller!
Applications
  • Fine dust monitoring at alternating locations or in movement
  • Air quality monitoring indoors, at the workplace, or inside vehicles
  • Use as an aerosol spectrometer in setups where space is limited
Dilution systems for large droplets up to 10 μm
new
Applications
  • Measurement of blow-by aerosols according to ISO 17536
  • Dilution of compressed air
  • Measurement of cooling lubricant aerosols
new
Applications
  • Measurement of blow-by aerosols according to ISO 17536
  • Dilution of compressed air
  • Measurement of cooling lubricant aerosols
Precise measurement in different size ranges
Applications
  • Emission monitoring of installations
  • Control of grinding and classification processes
  • Monitoring of production processes in the food, pharmaceuticals and chemicals industries
  • Testing of complete filters, inertial and wet separators or electrostatic precipitators
Generation of test particles of approx. 0,001 μm– 100.000 nm
Applications
  • Filter industry:
    • Determination of fractional separation efficiency
    • Determination of total separation efficiency
    • Long-term dusting
    • Filter media and ready-made filters
    • Dust removal filters
    • Vacuum cleaners and vacuum cleaner filters
    • Car interior filters
    • Engine air filters
  • Calibration of particle measurement devices
  • Flow visualization
  • Inhalation tests
  • Tracer particles for LDA, PIV, etc.
  • Coating of surfaces
Precise measurement in different size ranges
Applications
  • Filter test
  • Aerosol research
  • Environmental and climatic studies
  • Inhalation experiments
  • Interior and workplace measurements
Applications
  • Aerosol research
  • Test of filters and air cleaners
  • Environmental measurements
  • Studies on working place pollution and working place safety
  • Studies on inhalation and health effects
  • Process surveillance
  • Studies on emission of printers
Applications
  • Determination of the separation efficiency of car interior filters, engine air filters, room air filters, compressed air filters, vacuum cleaner filters, cleanable filters, electrostatic precipitators, oil separators, cooling lubricant separators, wet scrubbers, cyclones and other separators
  • Isothermal and isobaric particle size and quantitative determination, for instance in the automobile, chemical, pharmaceutical and food industries
  • Analysis of fast, transient processes
  • Inspection of smoke detectors
  • Particle formation for cloud formation
  • Emission measurements
  • Immission measurements
  • Breathing function: Inhalation / Exhalation (Particle size and number)

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