Air humidity control is critically important to human health, most materials, and a wide range of processes. Fisair's products are designed to address humidity control for a broad range of applications – data centers, healthcare facilities, Lithium-Ion battery manufacturing, commercial buildings, and others.

The name “Fisair” comes from Physics of the Air. This name relates to the adsorption processes of the company's systems, which have no chemical exchange or deliquescent process.

Products include:

  • Air humidifiers
  • Air dehumidifiers
  • Evaporative coolers

DMR is proud to represent Fisair products, which are designed to meet the highest standards ensuring quality and longevity of the equipment.

Applications

Fisair Applications

Featured Products

Fisair Featured Projects


DFA

A wide range of solutions. Highly reliable units with dry air flows from 900 to 9.000 m3/h.

  • Offers efficient and effective dehumidification, ideal for demanding industrial environments.
  • Uses recyclable materials and manufacturing processes that reduce the carbon footprint.
  • Complies with global criteria, ensuring that every aspect of the product promotes environmental sustainability and energy efficiency.
  • Adapts to environmental conditions, optimizing its performance and extending its service life.

DFLOW

Excellent low dew point performance with low energy consumption.

Features of the DFLOW series air dehumidifiers:

  • Has self-supporting structures, made of steel and plastic-coated panels for excellent sealing and easy cleaning.
  • Allows for easy access to the interior for maintenance and cleaning, with important safety considerations.
  • Provides a high efficiency dual rotor system for fast set point adjustment without dependence on outside air conditions.
  • Recovers heat from the thermal inertia of the rotor.
  • Offers an Expert Control System for constant performance monitoring and supervision of the unit, optionally remotely.

Contact DMR to learn more about Fisair humidity control products and applications.