Fully assembled Mikro-Pulsaire pulse jet baghouse filters are ideal for applications requiring filter area generally between 151 - 8,246 ft² (14 m² - 766 m²) of media.
Some of the common applications of Mikro-Pulsaire® pulse jet filters include size reduction machinery, spray dryers, separators, calciners, mixers, packaging machines, conveyors, chemical manufacturers, foundries, grinders, and many other industrial applications.
- Fully assembled, when shipping dimensions allow
- Ideal for filter areas between 151 - 8,246 ft² (14 m² - 766 m²) of filter media
- Fast and simple bag replacement (about 2 minutes per bag by 1 person)
Bottom Bag Access Filter
Fully assembled, compressed air cleaned fabric filter. Complete with filter bags and cages designed for removal from the dirty air side of the tube sheet.
- Design pressures starting at 17” w.g. (4250 Pa) (higher levels available)
- Welded steel construction as required for the application
- Many coating systems
- Shell heating and insulation available
- Steel bag retainers (cages), selected for the application
- Sewn or fused needle felt filter bags
- Aluminium, steel or stainless steel venturis
- Stainless steel bag clamps
- Hinged and clamped access door
- Pulse cleaning valves selected specifically for the environment and application
- A wide range of controls and instrumentation
- Thorough treatment, as required, in accordance with BS standards for prevention of fire and dust explosions, practices for static electricity, deflagration venting, and explosion prevention.
Lift Off Top Bag Access Filter
Fully assembled, compressed air cleaned fabric filter. Complete with choice of snapband or camlock filter bags and cages designed for removal from the clean air side of the tube sheet. Ideal for applications that require filter area generally between 151 ft² (14 m²) and 8,246 ft² (766 m²). Bags can be changed and the unit maintained on the clean air side so operators have less contact with collected dust during maintenance operation. One man can change a bag in approximately two minutes.
- Design pressures ranging from 17" w.g. (4250 Pa) to BS coded vessels
- Many coating systems
- Shell heating and insulation available
- Steel bag retainers (cages), selected for the application
- Various fabric media to suit the application (chemistry, efficiency, temperature)
- Welded steel construction as required for the application
- Compressed air headers are pre-assembled and pre-wired
- Pulse cleaning valves selected specifically for the environment and application
- A wide range of controls and instrumentation
- Thorough treatment, as required, in accordance with BS standards for prevention of fire and dust explosions, practices for static electricity, deflagration venting, and explosion prevention.
Walk-In Top Bag Access Filter
Modular collector design allows for minimised field assembly. Compressed air cleaned filter, choice of camlock or snapband bag to tube sheet leak free connection. Ideal for applications that require filter area generally between 603 ft² (56 m²) and 8,246 ft² (766 m²). Bags can be changed and the unit maintained on the clean air side. Maintenance personnel are protected from the weather. Valuable, recoverable materials are protected against water and environmental contaminants. A work platform with a door opening directly into the plenum simplifies inspection and routine maintenance. One man can change a bag in approximately two minutes. Ideal for applications that require:
- Design pressures ranging from 17" w.g. (4250 Pa) to ASME coded vessels
- Many coating systems
- Shell heating and insulation available
- Steel bag retainers (cages), selected for the application
- Welded steel construction as required for the application
- Various fabric media to suit the application (chemistry, efficiency, temperature)
- Pulse cleaning valves selected specifically for the environment and application
- Hinged and clamped access door
- A wide range of controls and instrumentation
- Thorough treatment, as required, in accordance with NFPA standards for prevention of fire and dust explosions, practices for static electricity, deflagration venting, and explosion prevention.