Products

Cartridge Jet Pulse Filters have higher efficiency as they have more surface area than bag filters. Cartridge jet pulse filters are powerful, more efficient and energy saving in industrial dust collection systems. Air quality in your business Usage areas of jet pulse cartridge filters; Sectors such as metal industry, static powder coating, food, medicine, chemical industry production, plastic, ceramic industry, cement, mining and defense industry. Choosing the right cartridge according to the type, structure and prominent features of the powder is very important. If the wrong choice is made, the device may become unusable due to premature clogging of the filters. That's why we make the right choice with our expert engineer staff at Mensa Makina. Filters have automatic cleaning by spraying compressed air, thanks to the timed control panel and pressure valves.

Spare Parts

Bag Filter

Cyclones can be considered as pre-screening in dedusting systems by keeping coarse particles in the air. They are not suitable for working in fine particle dust. Cyclones also reduce the dust load coming to the filter by serving as the first stage dust collector before the filter in systems where the dust load is high, and they also reduce the heat for suctions with high temperatures. In this way, it is possible to use the filter unit more efficiently. Particles that lose their inertia due to the sudden change in speed in the cyclone filter through the cyclone wall and flow into the lower conical collection bunker. It is used before the Jet Pulse Filter to ensure that large particles are collected under the cyclone. Using it before the jet filter significantly extends the life of the filter materials.

Central system filter units filter by suctioning from multiple acrobat suction arms, suction hoods, grinding - welding tables, ventilation duct grilles and similar situations, and they are systems that return the hot air that is re-sucked into the indoor environment after the filter. Great energy savings are achieved during the winter months by returning air filtered to a quality that people can breathe back into the environment to prevent heat loss. In summer, they make the indoor air quality efficient by releasing it to the outside environment through inlets.