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LITAERO Group

LITAERO Group

Unidirectional supply of purified and decontaminated air

  • Classic cleanroom air treatment technology that is recognised worldwide
  • High-quality, bench-tested HEPA filters
  • High quality stainless steel construction
  • Finished air distributor-diffusers made of brushed stainless steel
The main advantages of the series:
01 /
Quality HEPA filters

LITAERO laminar ceilings use H14 grade HEPA filters, each of which is bench tested for integrity.

02 /
Reduced height

The special range of C-version ceilings with reduced height (285 mm) is suitable for room refurbishment.

03 /
Various configurations

The wide range of equipment (from 0.36 to 9.36m²) allows the laminar flow ceiling to be perfectly adapted to the size of the room. There are models with a central tunnel.

04 /
Glass guides

Tempered glass guides ensure a steady, unidirectional air flow.

Description:

LITAERO is a series of laminar ceilings designed to create clean rooms in medical organisations of various profiles. Effective classical HEPA-filtration technology provides deep cleaning and disinfection of the supplied air, and perforated finish air diffusers-diffusers create a uniform unidirectional air flow with a velocity of less than 0.25 m/sec.

LITAERO Group on the objects

Huaifang Underground Reclaimed Water Treatment Plant UV Disinfection System
Beijing
600,000 m³/day m3/day
Water Supply Pump Station UV Disinfection System
Berlin
36,000 m³/day m3/day
Drinking Water UV Disinfection System
Pápa
25,000 m³/day m3/day
Wastewater UV Disinfection System
Budapest
108,000 m³/day m3/day
Drinking Water UV Disinfection System
Budapest
600,000 m³/day m3/day
Wastewater UV Disinfection System
Tehran
520,000 m³/day m3/day
Drinking Water UV Disinfection System
Vienna
240,000 m³/day m3/day
Wastewater UV Disinfection System
Orange
21,600 m³/day m3/day
Lyubertsy Wastewater Treatment Plant UV Disinfection System (Phase I & II)
Moscow
2,350,000 m³/day m3/day
Kuryanovskaya Wastewater Treatment Plant UV Disinfection System
Moscow
3,125,000 m³/day m3/day