Mairui Corrosion-Resistant Drying Membrane Modules for Harsh Environments

• Customization: Available
• Membrane Type: Hollow
• Type: Gas-permeable membrane
• Model NO.: MMD-1522A
• Trademark: Mairui
• Origin: China

Product Description

 

Product Description

Dry Dehumidification Membrane Module 

The Dry Dehumidification Membrane Module is a breakthrough in energy-efficient humidity regulation, leveraging high-performance hollow fiber membranes to selectively extract moisture from air or gas streams. Designed for durability and efficiency, this module is ideal for industries requiring stable, low-humidity environments without the energy waste of traditional dehumidifiers.

Key Features:

1. High-Efficiency Moisture Removal

   Engineered with a Hollow Fiber membrane that preferentially permeates water vapor, achieving rapid dehumidification even in high-humidity environments.

2. Energy-Saving & Eco-Friendly

   Operates without compressors or chemical desiccants, reducing energy consumption by up to 50% compared to conventional dehumidifiers. Zero ozone-depleting refrigerants, aligning with green building standards.

3. Compact & Durable Design

   Lightweight, modular construction for easy integration into HVAC systems, air handlers, or standalone units.   Corrosion-resistant materials ensure long-term stability in harsh conditions (e.g., high temperatures or chemical exposure).

4. Low Maintenance

   No consumable parts; periodic cleaning or backflushing restores performance. 

Applications:

 1. Industrial Drying: Lithium battery production, pharmaceuticals, food processing.
 2. HVAC & Buildings: Data centers, museums, hospitals (prevents microbial growth).
 3. Electric Vehicles: Cabin air dehumidification for anti-fogging & comfort.
 4. Gas Processing: Air compressors, natural gas dehydration.

Why choose us?

1. Cutting-Edge Hollow Fiber Membrane Technology
  a. Superior Efficiency: Our hollow fiber membranes offer higher moisture removal rates compared to flat-sheet or traditional desiccant systems, thanks to their ultra-high surface-to-volume ratio.
  b. Selective Permeability: The membrane's molecular-sieve pores (0.01-0.1 µm) allow only water vapor to pass through, leaving other gases intact-ideal for sensitive environments like pharmaceutical drying or lithium battery production.
  c. Faster Response Time: Hollow fibers enable instantaneous dehumidification, eliminating lag times seen in refrigerant-based systems.
2. Unbeatable Energy Savings & Sustainability
  Lower Energy Consumption vs. conventional dehumidifiers
3. Engineered for Extreme Conditions
  a. Chemical Resistance: PVDF/PPS-based fibers resist acids, alkalis, and organic solvents-perfect for chemical processing or offshore oil/gas applications.
  b. Anti-Fouling Coatings (Optional): Hydrophilic or zwitterionic modifications prevent clogging in dusty/high-odor environments.

Technology Comparison

 

Method	Desiccant	Refrigeration	Membrane
Dehumidifying Performance	High	Low	Mid-High
Dew Point	-30ºC - -57ºC	0- -20ºC	-20ºC - -40ºC
Insrallation Area	Large	Large	Small
Maintenance Requirement	Middle	Middle	Easy
Device Size	Small - Large	Small - Large	Small - Middle
Components	Tower / Tank / Heat Exchanger	Refrigerant / Condenser / Heat Exchanger	Separation Membrane / Filter