+7 (812) 645-08-06
Dust collectors
select brand
Mechanical shaker cleaning dust collector
Removal of sticky particulate (e.g. tar) and aerosols
CTPs prefilters are filled with high temperature-proof ceramic saddles which generate a turbulent flow...
CTPs prefilters are filled with high temperature-proof ceramic saddles which generate a turbulent flow...
Mechanical shaker cleaning dust collector
Removal of sticky particulate (e.g. tar) and aerosols
CTPs prefilters are filled with high temperature-proof ceramic saddles which generate a turbulent flow and allow for a rapid bake-out of deposits. Due to the depth and the volume of the filter packing particles, tar and aerosols are removed from the waste gas to a high degree.
Fabric Filters
Removal of particulate
Even fine-grained particles are arrested in baghouse or pocket filters. Different filter media are available, depending on temperature and dust type. The dust collected in the filter is cleaned and discharged with jets of compressed air.
CTPs prefilters are filled with high temperature-proof ceramic saddles which generate a turbulent flow and allow for a rapid bake-out of deposits. Due to the depth and the volume of the filter packing particles, tar and aerosols are removed from the waste gas to a high degree.
Fabric Filters
Removal of particulate
Even fine-grained particles are arrested in baghouse or pocket filters. Different filter media are available, depending on temperature and dust type. The dust collected in the filter is cleaned and discharged with jets of compressed air.
Wet type dust collector
The Idromix abatement filter is designed to operate on centrifugal principal and aerodynamic profile. The aspirator generates continuous depression by forcefully dragging down the aeriform substance by the water flow and mixing it with water. The slows down the aeriform substance...
Wet type dust collector
The Idromix abatement filter is designed to operate on centrifugal principal and aerodynamic profile. The aspirator generates continuous depression by forcefully dragging down the aeriform substance by the water flow and mixing it with water. The slows down the aeriform substance and the pollutant then sediments in the collection tank below which is the first filtration stage. In the second treatment stage, the remaining aeriform particles in the form of water-dust are centrifuged as a result of the difference in the specific weight compared to the intake air. They are then separated from the air and decant into the tank below.
The used water is then recirculated which is the primary element for the pollution abatement and purification. The required quantity of water is reduced since the water separated by the centrifugation is collected in a tank in the form of turbid water. The physiological characteristics of the water containing dust enhances abatement process and simultaneously provides maximum economy since only the evaporated water needs to be reintegrated.
The used water is then recirculated which is the primary element for the pollution abatement and purification. The required quantity of water is reduced since the water separated by the centrifugation is collected in a tank in the form of turbid water. The physiological characteristics of the water containing dust enhances abatement process and simultaneously provides maximum economy since only the evaporated water needs to be reintegrated.
Dust collection system central - AIRTECH
AIRTECH Central suction and filter unit is used in industrial plants / welding shops where it is difficult to exhaust the polluted air from a production hall. It is a good tool to prevent air pollution....
Dust collection system central - AIRTECH
AIRTECH Central suction and filter unit is used in industrial plants / welding shops where it is difficult to exhaust the polluted air from a production hall. It is a good tool to prevent air pollution. The polluted air enters the systems via the lateral suction ducts with intake points located at 4 m height and is guided into the filter section. The polluted particles then deposit on the surface of the filter cartridges. Compressed air automatically dedusts, at required intervals in the filter cartridges. The next step involves release of particles that have stuck to the cartridges by compressed air blast and are collected in the dust container. The cleaned air returns to the working space through a long range ejector nozzle that is adjustable. The polluted air is thrown out.