ALORAIR 275 PPD Commercial & Industrial Dehumidifier for Water Damage

Price: $1,444.15 - $1,359.20
(as of Oct 22, 2026 15:39:28 UTC – Details)

From the brand

NEW RELEASE FROM ALORAIR

AlorAir is damage restoration company with world-class manufacturing capability, extensive R & D facilities.

Our product line is focused in flood restoration market, we have a full line of dehumidifiers, with a combination of class leading features, various capacity options. in addition, we have blowers and hepa scrubbers to assist in the drying and remediation efforts.

275 PPD Dehumidifier: With a large water removal capacity of up to 275 Pints (43.3 Gallons) per day at saturation, 140 PPD (22.04 Gallons) per day at AHAM, In a space as large as 3,800 square feet, this heavy-duty dehumidifier can fit virtually every commercial and industrial need
Industrial & Commercial Grade Dehumidifier: Sentinel SLGR 1400X high-efficiency dehumidifier is cETL certified, and with 3.27 L/KWh COP, operates at a high airflow rate of 440 CFM, ideal for Removing Damp and Moisture from Flood & Restoration, Carpet Cleaning, Basements/Cellars, Laundries, De-Flooding. Size for Up to 3,800 Sq. FT
Ventilation Mode: ALORAIR Sentinel 1400X featured ventilation mode which improves indoor comfort by removing heat that collects inside the house and increasing air circulation, 440CFM powerful air flow ideal for basements, attics, garages, greenhouses and other confined spaces
High Performance and Durable Built: Built to Last with Microchannel Condenser. SLGR Microchannel Technology has Improved the Performance and Efficiency, the Alorair SLGR Technology Uses a Special Air-to-Air Heat Exchanger System to Help Bring the Air Closer to Dew Point Temperature Before it Passes over the Super-Cooled Evaporator Coils, Besides with the Combination of Microchannel Alu Condenser, Maximize the Capacity and Efficiency.
Built-In Microchannel Heat Sink: A microchannel heat sink refers to a heat exchanger with an equivalent channel diameter ranging from 10 to 1000 μm. It dissipates heat by creating microchannels on the surface of a chip and utilizing liquid flow within these channels to carry away heat. Due to the tiny channel dimensions, the contact area between the fluid and the heat-dissipating surface is significantly increased, thereby markedly improving cooling efficiency.