compressed air dryer

FU PROMISE Micro Heat Regenerative Adsorption Dryer (FN-MT Series) - Low Dew Point Compressed Air Dryer for Industrial Use Product Overview FU PROMISE Adsorption Dryer (referred to as "Adsorption Dryer") is a deep dewatering equipment developed for high-demand drying applications. Adopting Pressure Swing Adsorption (PSA) or heatless regeneration principle, it uses activated alumina and molecular sieve as adsorbents to deeply adsorb moisture in compressed air, achieving a

FU PROMISE Micro Heat Compression Heat Regeneration Adsorption Dryer: Eco-Friendly Compressed Air Purification 1. Product Introduction: Energy-Saving Compressed Air Dryer FU PROMISE Micro Heat Compression Heat Regeneration Adsorption Dryer is a professional compressed air purification equipment designed for industrial scenarios requiring efficient dewatering. Adopting an advanced compression heat regeneration process, it minimizes compressed air consumption during regeneratio

Adsorption Dryers – Deep Dew Point (-20 to -70°C), Energy-Efficient Regeneration, Continuous Drying Solutions Product Overview Funoer adsorption dryers (hereinafter referred to as adsorption dryers) are advanced dehumidification systems designed for demanding applications. Utilizing pressure swing adsorption (PSA) or heatless regeneration principles with adsorbents such as activated alumina and molecular sieves, they deeply adsorb moisture from compressed air. This achieves

Micro Air - Consumption Blower Purge Regeneration Adsorption Dryer The FU PROMISE Adsorption Dryer (shortened to "Adsorption Dryer") is a specialized deep dewatering apparatus crafted for high-performance drying needs. By adopting either Pressure Swing Adsorption (PSA) or heatless regeneration technology, it leverages activated alumina and molecular sieve as adsorptive media to deeply extract moisture from compressed air, attaining a pressure dew point as low as -20℃ to -70℃.

Air-Cooled & Water-Cooled Refrigerated Dryers – High-Efficiency, Stable-Dew-Point, Wide-Capacity Solutions Product Overview The refrigerated dryer (hereinafter referred to as dry dryer) is the core equipment for in - depth dehydration of compressed air. It cools the temperature of compressed air to below the dew point (2 - 10°C) through a refrigeration system, causing the water vapor in the air to condense into liquid water. Then, the liquid water is discharged through the

Zero Air-Consumption Regeneration Adsorption Dryer:​ A High-Efficiency Energy-Saving Solution for Compressed Air Drying 1. Product Overview: Zero Air Loss, Maximum Efficiency FU PROMISE zero air-consumption compression heat regeneration adsorption dryer is a game-changing industrial drying solution engineered for high-demand compressed air systems. Unlike traditional dryers that waste 2-15% of compressed air for regeneration, this model achieves 0% regeneration gas consumptio

Zero Air-Consumption Blower Purge Regeneration Adsorption Dryer FU PROMISE Adsorption Dryer (hereinafter referred to as "the Dryer") is a high-efficiency deep dehydration device designed specifically for scenarios requiring stringent drying standards. It employs either the Pressure Swing Adsorption (PSA) technology or the heatless regeneration method, utilizing activated alumina and molecular sieve as adsorbent materials to thoroughly capture and remove moisture from

Funoer Air - Cooled Refrigerated Dryer (FN - AD Series) Introduction Product Overview Funoer Refrigerated Dryer (hereinafter referred to as dry dryer) is the core equipment for in - depth dehydration of compressed air. It cools the temperature of compressed air to below the dew point (2 - 10°C) through a refrigeration system, making the water vapor in the air condense into liquid water. Then, the liquid water is discharged through the drainage system, so that the pressure dew

Product Introduction The YQS Series Flange Cyclone Air-Water Separator (1.0MPa) is specially designed for pre-dewatering at the front end of compressed air systems. It efficiently removes 99% of liquid water from compressed air, significantly improving the performance of downstream purification equipment such as filters and dryers. With a unique two-stage cyclone separation structure, it offers far higher separation efficiency than traditional air-water separators. As a key