English
简体中文Dehumidifiers typically work by drawing in air, cooling it, and then collecting the moisture as it condenses. However, in cold conditions, this process can become less effective as the cold air can cause the water to freeze instead of condensing.
To address this issue, there are dehumidifiers specifically designed to work in cold conditions. These units typically use a different type of refrigerant or have a defrost cycle to prevent ice from building up on the cooling coils.
To address this issue, there are dehumidifiers specifically designed to work in cold conditions. These units typically use a different type of refrigerant or have a defrost cycle to prevent ice from building up on the cooling coils.
Some popular models of dehumidifiers that are known to work well in cold conditions include the Frigidaire FFAD7033R1, the Keystone KSTAD70B, and the hOmeLabs 70 Pint Dehumidifier. It's important to note that these models may have different performance specifications depending on the specific temperature and humidity conditions in your home, so be sure to read the product specifications carefully before purchasing.
ZCH-Series Low Dew Point Desiccant Dehumidifiers
Applications:
The working principle and process characteristics of batteries, such as the production of lithium-ion batteries, thermal batteries and lithium materials, must be completed in a very dry environment. Ultra-low humidity dehumidification equipment in this production process, it is also an indispensable part, and its dehumidification and drying performance directly affects the electrical performance and safety of the battery.
ZCH series low dew point desiccant dehumidifier after years of application and verification in battery-related production processes, can fully meet the environmental needs of battery-related production processes.
Humidity control：
1% RH or below -35℃ DP
Product Structure：
The main components of ZCH series low dew point rotary dehumidifier consists of Primary and medium efficiency fitter section, fresh air surface cooling section, return air surface cooling section, super silica gel or molecular sieve rotor dehumidification section, post surface cooling section, air supply section, regeneration system and PLC control system (optional), etc.
Auxiliary Engineering：
Low humidity dry system project
Turnkey project including drying room
Supporting services：
We provide pre-sales, in-sales and after-sales services including consulting, design, production, installation, commissioning and system maintenance.
