Description
Air Sizer 200 – Air Jet Sieve for Fine Particle Analysis
The Endecotts Air Sizer 200 is an advanced air jet sieving system designed for particle size analysis of fine, dry powders. The system uses air jet technology for efficient dispersion and deagglomeration and is particularly suitable for fine or electrostatic materials that can be difficult to analyse using conventional mechanical sieving.
During analysis, a rotating air jet creates a continuous airflow through the sieve. The sample material is fluidised and dispersed across the sieve surface while fine particles pass through the sieve and are removed by vacuum. The airflow also helps to keep the sieve apertures clear, providing fast and efficient separation.
The Air Sizer 200 is designed for dry sieving within a measuring range of 20 µm to 4 mm. The nozzle speed can be adjusted from 5 to 55 rpm and the vacuum level from 20 to 99 mbar.
Features
Advanced air jet technology for fine, dry particles
Measuring range from 20 µm to 4 mm
Efficient dispersion and deagglomeration
Particularly suitable for electrostatic materials
Adjustable nozzle speed from 5 to 55 rpm
Fast and efficient sieving
Airflow helps to keep sieve apertures clear
Digital timer
Compact benchtop design
Maintenance-free operation
Technical Specifications
Measuring range: 20 µm–4 mm
Sieving principle: Air jet dispersion
Number of sieves: 1
Nozzle speed: 5–55 rpm
Timer: Digital, 00:10–99:50 min
Vacuum: 20–99 mbar
Dry sieving: Yes
Wet sieving: No
Design: Benchtop
Protection rating: IP40
Power supply: 100–240 V, 50/60 Hz
Electrical connection: Single phase
Dimensions (W × H × D): 450 × 235 × 435 mm
Net weight: Approx. 16 kg
Accessories
Cyclone for collecting the fine fraction
Industrial vacuum cleaner
Typical Applications
Fine particle analysis
Powder analysis
Electrostatic materials
Quality control
Research and development
Laboratory analysis
CE Marked
Please contact CIAB for more information, a quotation or assistance in selecting the right equipment and test sieves for your particle size analysis.
