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About MMP Series

Elegant & Stylish

Designer series of bathroom and WC fans with spectacular front panel made of glass, PVC or metal

Trickle Impregnation Technology

  • Sealed motor against dust and moisture
  • High temperature resistant electric motor
  • Maximum isolationcharacteristics
  • Longlivity of the electric motor

Series with double capsulated ball bearings NSK Japan which guarantee 30 000 hours of continuous operation.


Extractor Fans

MMP Series – Designer series of bathroom and WC fans with spectacular front panel made of glass, PVC or metal. Elegant and beautiful fans with high airflow and impeccable quality that will make your bathroom stylish and bring freshness to your home.

These fans secure continuous or interrupted ventilation in the sanitary facilities. They can be used to purge air from small and medium-sized residential, office and commercial premises or as heat exchangers between adjacent premises.

The fans are mounted on walls, ceilings and suspended ceilings and are attached to air ducts or pipes of the building’s ventilation system with a connection diameter of 100 mm, as well as to 120mm air ducts or pipes through a special adapter.

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The MMP Series fans are made of high-quality and harmless materials, and they comply with noise and fire safety standards.

The protection degree of the built-in electric motor is IP 24, and the degree of the high airflow motor is IP 56 which enables the fan to normally operate in high humidity environment. It is possible to equip the fans with back shutter, timer, humidity and light sensors, and built-in LED lighting. The fans are connected to single-phase grid by a switch or dimmer to control the speed (excluding UE models). Fans can be custom manufactured for other power supply voltages.

Low voltage LV 12V models, guaranteeing high safety level, could be mounted near the shower area (zone 1 of the scheme) or connected to shower cabins.


ММP UE – Energy-efficient low-noise fans with IP X5 protection degree and a flow rate of up to 85m3/h and 100m3/h which consume only 5,5W/h.