PulseJet Air Filter0 pages
S65E003-N21
Gas Tu r bi ne Pu l se Je t A i r Fi lter
T E C H N I CA L I N F O R M AT I O N S H E E T
Pulse jet air filter cartridge for use as final filter for protecting
rotating machinery (eg. compressor, gas turbine, diesel engine).
Made from the highest quality materials and designed to pass the
stringent requirements of international standards and specifications.
•tCylindrical design
•t Nano-fibers media
•t Improved resistance to humidity
•t Low initial pressure drop - high initial efficiency
•t Robust construction - extends the working life
•t Very high resistance to burst and compressed air pulsing
•t Classification MERV 16
WIT H N A N O - F I B E R P R OT E CT I O N
A major step forward in technology, ensures that these filter elements have the capacity for extended life and lower pressure drop.
By incorporating ultra-fine fibers in the media, smaller dust particles do not penetrate as far into the filter matrix. Very small particles are often
responsible for the premature blocking of a filter element. The pulsing action then finds it easier to dislodge these fine particles and ensures
that the filter lasts longer.
In addition, the efficiency of the filter is higher than standard elements. This ensures that less dust reaches the turbine and so helps to extend
the maintenance period.
1
Base Media
2
Air Flow
Contamination
Nanofyne Technology
Layer
Air Flow
1. Contamination carried on the air flow varies greatly
in size, from large particles (like sand) to sub-micronic
particles. As the air flow penetrates the filter media,
the particles will be arrested by the nanofiber coating
on the surface of the media.
3
2. The nanofiber coating ensures
that large and small contamination
will mostly be caught on the
surface of the filter media, rather
than penetrating through into the
depth of the media
3. When the compressed air pulse
is initiated, a vast majority of the
dust is dislodged because it has
remained on the surface rather than
penetrated into the depth of the
media.
Compressed Air
Reverse Pulse