Our business is to guarantee your success in fine particle measurements.
Dekati Ltd
Osuusmyllynkatu 13
FIN-33700 TAMPERE
FINLAND
tel +358-3-3578100
fax +358-3-3578140
sales@dekati.fi
Dekati Ltd - A technological market leader in real-time fine particle measurment instruments, samplers and analysers!
Dekati Mass Monitor
| The DMM-230 is designed for real time PM emission measurement. It has a sensitivity of < 1 ug/m3, a time resolution of 1 s and a particle size range of 0 - 1.2 microns. Due to its high sensitivity and large dynamic range the DMM-230 can measure PM concentrations both upstream and downstream of diesel particulate filters for the determination of DPF efficiency. | 
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Dekati Fine Particle Sampler
| The FPS-4000 is used to acquire and condition an exhaust sample for PM measurements. FPS-4000 can be used at any point along the exhaust system, from engine-out to tailpipe. The FPS-4000 preserves the particle size distribution by eliminating water and semivolatile hydrocarbon condensation and nucleation | 
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Electrical low pressure impactor
| The ELPI is a research grade aerosol monitor capable of measuring particle size distributions and concentration in real time from 0.007 to 10 microns. Its high speed operation allows real time monitoring and transient testing. The compact sturdy design makes it an excellent choice for demanding industrial environments. The collected size classified PM can be analysed off-line for chemical composition. | 
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Dekati ETaPS - Electrical Tailpipe PM Sensor
| Electrical Tailpipe PM Sensor ETAPS is a new and unique in-situ flow-through particulate matter (PM) sensor for diesel and gasoline engine PM measurement and monitoring applications. Direct tailpipe installation without any dilution equipment makes it the easiest PM measuring instrument available! | 
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Dekati thermodenuder
| The Dekati Thermodenuder (ELA-230) is designed to separate the semivolatile and solid components of complex aerosol mixtures. It can be used with the DMM-230 for PM mass measurements and with the ELPI to examine the effect of semivolatile components on particle size. | 
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