Bag filters
The JET-T model bag filter is a fully automatic, pneumatically cleaned filter, designed to remove dust from continuous flows of dust-laden air.
Insertion filters
The JET-E model insertion filter is a fully automatic, pneumatically cleaned filter, designed to remove dust from continuous flows of dust-laden air.
Tube filters
The JET-S model tube filter is a fully automatic, pneumatically cleaned filter, designed to remove dust from continuous flows of dust-laden air.
Cartridge filters
The JET-P model cartridge filter is a fully automatic, pneumatically cleaned filter, designed to remove dust from continuous flows of dust-laden air.
Mini ventilation filters
The JET-M model mini ventilation filter is a fully automatic, pneumatically cleaned filter, designed to remove dust from continuous flows of dust-laden air.
Compact filters
The JET-KF model compact filter is a fully automatic, pneumatically cleaned filter, designed to remove dust from continuous flows of dust-laden air.
Absolute filters | Police filters
The AF model absolute filter serves as a fan-protecting after-filter, to achieve the required residual dust content and provides filter-medium monitoring with the help of differential-pressure measurement.
MEC filters | Mechanical cleaning
The MEC model multiple-bag filter is a vibramotor-cleaned filter. This semi-automatic model is designed to remove dust from intermittent flows of dust-laden air.
Total separators for combined separation
The JET-C model total separator is a pneumatically cleaned filter, available as a bag, tube or cartridge filter. It combines a pre-separation cyclone filter and a pneumatic cleaning filter placed above.
These fully automatic filters are designed to remove dust from continuous flows of highly dust-laden air.
Cyclone separators
The HC model high performance cyclone is designed to separate out large particles of dust.
Spin separators
The SDA model spin separator is designed to separate out large particles of dust and is integrated into the pipeline. It is distinguished by a particularly low amount of pressure loss and high degree of separation.