Engineered industrial desiccant and compact mobile dehumidification systems delivering ultra-dry environments down to -70°C dew point for lithium battery, pharmaceutical, cleanroom, and precision storage facilities globally.
Explore DryAir's benchmark moisture mitigation machinery, custom built to scale from specialized compact portable deployments to gigafactory-level environmental process loops.
-70°C Dew Point
Engineered for extreme dry environments where traditional refrigeration fails. Features low OPEX heat-recovery regeneration loops.
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Turnkey EPC
Full enclosure, modular ducting, cleanroom air distribution, and micro-dew point control systems delivered under single-source EPC contracts.
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Recovery ≥99%
Closed-circuit condensation and adsorption technology capturing electrode coater solvent emissions with ultra-high recycling yields.
Technical Parameters
Deep Chill + RTO
Deep cryogenic condensation combined with regenerative thermal oxidizers (RTO) to neutralize process exhausts within strict EPA limits.
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Energy Star Tier
High-capacity condensing units providing energy-efficient moisture management for pharmaceutical staging and industrial pre-cooling stages.
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Mobile Skid Mounted
Plug-and-play mobile dehumidification skids optimized for shipyard painting, temporary clean rooms, utility tunnels, and flood restoration.
Portable Unit Specs
Vapor Recovery
Designed for petrochemical fuel terminals, reducing hazardous hydrocarbon releases during terminal tank loading and rail transport operations.
Examine Technology
GMP Class 100
Stainless steel sanitary air handlers maintaining rigid 10–30% RH limits across capsule manufacturing, packaging suites, and active labs.
Pharma ApplicationsBeyond permanent centralized dry rooms, portable industrial-grade desiccant units provide localized, point-of-use microclimate control. Where stationary HVAC cannot reach, these ruggedized mobile platforms protect yield and structural integrity.
For R&D battery labs developing solid-state or high-nickel pouch cells, compact portable units supply continuous sub -50°C dew point dry air directly into isolated glovebox matrices or modular prototype assembly booths without firing up a multi-megawatt central dry room.
Corrosion occurs in minutes if maritime tanks or cargo hulls are painted under high relative humidity. Mobile diesel- or electric-driven desiccant skids pump warm, dry air into enclosed ship compartments, keeping dew points below steel temperature around the clock.
Hygroscopic active ingredients clump and bind if exposed to atmospheric ambient changes during localized transfer points. Compact portable desiccant dehumidifiers integrate seamlessly into existing ducting headers to stabilize humidity during seasonal monsoons.
Founded in 2010, Hangzhou DryAir Treatment Co., Ltd. commands over 30% of China's high-specification desiccant dehumidification market. Our patented dual-rotor and deep-cooling desiccant architectures empower gigafactories, cleanrooms, and military storage sites globally.
We understand what keeps process directors up at night: parasitic thermal consumption, rotor bypass leakages, and unplanned moisture spikes. That is why our machines undergo complete load verification in our certified psychrometric test chamber prior to export crating.
Download Complete Company Engineering ProfileIn high-stakes industrial project execution, delayed delivery of dehumidification units can stall commissioning dates by quarters. DryAir integrates vertically from sheet metal fabrication to PLC programming in Hangzhou.
90% of core components, casing frames, heat recovery coils, and custom low-leakage dampers are fabricated inside our Lin'an industrial base, insulating buyers from third-party vendor delays.
With our modular CAD-to-CNC pipeline, custom compact portable dehumidifier skids can transition from approved 3D drawings to factory FAT in as little as 4 to 6 weeks.
By leveraging the Yangtze River Delta's concentrated HVAC supply ecosystem, DryAir delivers machines that outspec Western competitors at a 30% to 45% CAPEX advantage.
Operating under both ISO 9001 and GJB national military systems, every portable unit undergoes helium mass-spectrometer leak checks and continuous full-load endurance tests.
A systematic operational guide for engineering leads, EPC procurement directors, and plant consultants preparing RFQs for dehumidification infrastructure.
| Application Scenario | Critical Moisture Target | Predominant Failure Risk | DryAir System Recommendation |
|---|---|---|---|
| Lithium-ion Cell Assembly & Filling | -40°C to -60°C Dew Point | Moisture reacts with LiPF6 forming corrosive Hydrofluoric Acid (HF) | Turn-key Low Dew Point Dry Room System |
| Next-Gen Solid State & Lithium Metal | -60°C to -70°C Dew Point | Violent oxidation of metallic lithium foils during web calendering | DHU Dual-Rotor Ultra-Low Desiccant Dehumidifier |
| Electrode Coating Solvents | ≥99% Solvent Retention | Atmospheric VOC emissions and costly raw solvent loss | ZJRH Series NMP Solvent Recovery Skid |
| Marine Blasting & Tank Lining | ≤30% RH (Air DP < Steel Temp by 5°C) | Flash rusting on bare steel prior to epoxy primer adhesion | Compact Portable Desiccant Dehumidifier Skid |
| Pharmaceutical Effervescent Packaging | 10% to 25% RH | Premature bubbling, caking, and active enzyme degradation | Rotary Desiccant Dehumidifier GMP Sanitary Series |
| Defense & Strategic Avionics Preservation | ≤40% RH (Ambient Temp) | Corrosive electrolytic oxidation on gold-plated connectors | GJB-Compliant Stationary / Mobile Dehumidifiers |
Industrial sustainability requires decoupling deep dehumidification from massive thermal regeneration loads. DryAir's engineering team is developing cutting-edge thermodynamic breakthroughs.
Traditional desiccant wheels require 120°C to 140°C thermal regeneration via direct electric or steam heating. DryAir is pioneering multi-stage heat pump waste energy recovery loops that cut total operational energy requirements by up to 40%.
By pairing edge sensors with industrial IoT telemetry, our latest compact portable skids automatically modulate rotor speed, reactivation airflow, and chill-water valves in response to real-time outdoor weather fronts and occupancy loads.
In partnership with university chemical laboratories, DryAir is testing Metal-Organic Framework (MOF) coated rotors that exhibit ultra-steep water uptake isotherms, enabling desorption at far lower regeneration temperatures (<80°C).
Cross-border equipment acquisition requires strict adherence to international electrical, mechanical, and pressure vessel codes. DryAir machines arrive certified and ready for connection anywhere on the planet.
Depending on destination specifications, DryAir units are certified under CE (LVD/MD/EMC) for Europe, UL/CSA for North American electrical panels, ASME for pressure vessels, and EAC for Eurasian customs.
Our senior commissioning engineers deploy globally for on-site duct balancing, FAT, SAT, and dew point validation. We have successfully delivered field deployments for leaders like Tesla, Northvolt, and TTI.
International buyers can opt for our comprehensive 2-year service agreement which includes remote telemetry diagnostics, rapid air-freight spare parts supply, and scheduled technical inspections.
Straightforward answers regarding performance limits, compact system mobility, lead times, and global service provisions.
Shortlist systems from our factory line for your procurement proposal. Each unit is customized to match process air volume, latent moisture load, and utility availability.
Standard Series
Ruggedized moisture extraction for defense, ammunition storage, and large commercial warehousing environments.
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Cryo + RTO
Engineered for petrochemical refineries, chemical synthesis facilities, and industrial spray application lines.
Abatement Solutions
Turnkey Modular
Multi-zone humidity balancing from cell winding down to automated vacuum baking and electrolyte injection corridors.
Dry Room System EPC
Closed Loop
Continuous condensing and heat exchanger loop preventing solvent stagnation while returning clean air to process ovens.
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-70°C Control
Dual-wheel cascaded desiccant machinery designed specifically for pouch cell and prismatic battery assembly.
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Heavy Industry
Multi-stage deep refrigeration condensing oil gas vapors down to compliant liquid state for immediate collection.
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Cleanroom Tech
Designed for API synthesis, sterile powder packaging, and biomedical device cleanroom environmental management.
Pharma Air Systems
Heavy Industrial
High-reliability mechanical refrigeration condensers removing gross bulk moisture loads before final desiccant polishing.
View DX SystemsConnect directly with our senior application engineers in Hangzhou. Share your target room dimensions, ambient seasonal weather parameters, sensible/latent loads, and target dew points for a comprehensive psychrometric calculation and competitive CAPEX quote.