Dry Type Dust Collectors:
Online Pulsejet Bag Filters Using Nonwoven Needle Felt Filter Media:
E, M & Q series bag filters are capable of handling in excess of 600 gm/Nm3 dust loads with guaranteed emission level of even less than 10 mg/Nm3, these bag filters are capable of handling dust having majority of particulate size > 10 µm. With membrane laminated filters, they can handle very fine dust particulates.
Features
E, M & Q series bag filters are capable of handling in excess of 600 gm/Nm3 dust loads with guaranteed emission level of even less than 10 mg/Nm3, these bag filters are capable of handling dust having majority of particulate size > 10 µm. With membrane laminated filters, they can handle very fine dust particulates.
Features
- Modular construction, up to 1,150 m2 filter area in a single module, capacity range in excess of 1,000,000 m3/h with multiple modules.
- Temperature rating up to 2500C
- Available in filter lengths from 1000 mm to 5000 mm
- Uses injector nozzle pulsing for most efficient online cleaning of filters, eliminates energy sapping conventional venturi and requires minimum pulsing at large intervals saving on compressed air energy.
- Laser cut bag holding plates and easy to install snap band filters ensure zero leakage, critical to emission control.
- Long lasting, light weight, spirally stiffened galvanized bag cages minimize deformations while handling & transport.
- Large & high capacity rotary airlocks with adjustable vane tips for dust discharge designed to operate under (-) 800 mmwc.
- High capacity screw conveyors for larger modules, designed to operate without hanger bearings for maintenance free operation.
- Available with wide filter media selection of Polyester / Polypropylene / Acrylic / m-Aramide / PPS / Polyimide / Glass Fiber / PTFE media with surface treatments of oil/water repellant, anti-static, spark resistant, flame retardant, PTFE membranes etc to suit varied applications.
Online Pulsejet Bag Filters Using Spun-Bond Pleated Filter Media:
PL & PLQ series bag filters are capable of handling up to 100 gm/Nm3 dust loads with guaranteed emission level of even less than 10 mg/Nm3, these bag filters are capable of handling very fine dust at low pressure. These bag filters are also capable of handling dusts with very low material-density up to 100 kg/m3.
Features:
PL & PLQ series bag filters are capable of handling up to 100 gm/Nm3 dust loads with guaranteed emission level of even less than 10 mg/Nm3, these bag filters are capable of handling very fine dust at low pressure. These bag filters are also capable of handling dusts with very low material-density up to 100 kg/m3.
Features:
- Very compact, will have 2.5 times more filter area per unit space as compared to needle felt filter bag filters.
- Filter length of 1000 mm and 2000 mm reduces overall height of bag filter.
- Modular construction, up to 2,650 m2 filter area in a single module, capacity range in excess of 2,500,000 m3/h with multiple modules.
- Temperature rating up to 135 0C.
- Uses low pressure compressed air, saves up to 50% in compressed air consumption compared to needle felt filters.
- Filter life span of over 5 years even with abrasive dusts.
- Uses injector nozzle pulsing for most efficient online cleaning of filters, eliminates energy sapping conventional venturi and requires minimum pulsing at large intervals saving on compressed air energy.
- Laser cut bag holding plates and easy to install snap-fit filters ensure zero leakage, critical to emission control.
- Cage-less design. Fully moulded stiff single piece filter construction for easy handling & fitment.
- Large & high capacity rotary airlocks with adjustable vane tips for dust discharge designed to operate under (-) 800 mmwc.
- High capacity screw conveyors for larger modules, designed to operate without hanger bearings for maintenance free operation.
- Available with filter media selection of spun-bond Polyester /Acrylic with surface treatments of oil/water repellant, anti-static, spark resistant, flame retardant, PTFE membranes etc to suit varied applications.
Offline Reverse Air Bag Filter Using Woven/Nonwoven Filter Media:
DFFA series bag filter is capable of handling up to 50 gm/Nm3 dust loads with guaranteed emission level of even less than 10 mg/Nm3, this bag filter is capable of handling very fine & light dust at low pressure. This bag filter is mainly used where the dust material density is less than 100 kg/m3.
Features:
DFFA series bag filter is capable of handling up to 50 gm/Nm3 dust loads with guaranteed emission level of even less than 10 mg/Nm3, this bag filter is capable of handling very fine & light dust at low pressure. This bag filter is mainly used where the dust material density is less than 100 kg/m3.
Features:
- Modular construction, up to 300 m2 filter area in a single module, capacity range in excess of 1,000,000 m3/h with multiple modules.
- Single module application is restricted to intermittent duty only. For continuous duty application minimum of 4 modules are required.
- Available in filter lengths from 1000 mm to 5000 mm.
- Uses back flush of air blown by a blower along with mechanical vibration of filter media to clean the filters module by module. During the back flush, the air suction is shut off in the module (the module is off line).
- Increased bag life due to low pressure cleaning.
- Laser cut bag holding plates and easy to install snap band filters ensure zero leakage, critical to emission control.
- Long lasting, Light weight, spirally stiffened galvanized bag cages minimize deformations while handling & transport.
- Large & high capacity Rotary airlocks with adjustable vane tips for dust discharge designed to operate under (-) 800 mmwc.
- High capacity screw conveyors for larger modules, designed to operate without hanger bearings for maintenance free operation.
- Available with wide filter media selection of Polyester / Polypropylene / Acrylic / m-Aramide / PPS / Polyimide / PTFE media with surface treatments of oil/water repellant, anti-static, spark resistant, flame retardant, PTFE membranes etc to suit varied applications.