Industrial Humidification · Est. 1980
Humidity you can
measure, not mop up.
Smart Fog is non-wetting, self-evaporating humidification — ±2% RH control, up to 99% less energy than steam, and clean air with zero droplet drift.
01
Atomize
Low-pressure air and water meet in the nozzle. Droplets exit far too small to fall as rain — a dry, suspended fog.
02
Repel
Each droplet carries a like charge. They push apart instead of merging — no coalescence, no falling rain.
03
Evaporate
Droplets flash to vapor mid-air, before reaching any surface. Humidity rises. Nothing gets wet.
04
Hold
Closed-loop sensing keeps RH inside a ±2% band, hour after hour, while steam and ultrasonic drift 5–10%.
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Precision & Control
Humidity, temperature, and cleanliness held to spec — not just claimed.
Relative humidity over 24 h · target 50% RH
±2%
Precise humidity, held tight
Fog physics keeps RH within ±2%, versus the 10% swings typical of steam and ultrasonic. Consistent conditions mean fewer rejects and less rework.
Humidity that never wets
Fog droplets reverse molecular attraction and self-evaporate before contact. Machinery, inventory, and printed materials stay dry.
Adiabatic cooling, built in
Every kilogram of water evaporated pulls ~680 Wh of heat from the space. Cooling arrives free, as a physics side-effect of humidifying.
02 / 04
Efficiency & Value
Lower energy, lower maintenance, faster to install and run.
99%
Up to 99% less energy than steam
A mechanical fog process uses a small fraction of steam's kilowatts. Payback is often measured in months, not years.
Built to run, not to service
Stainless steel, no moving parts. Systems run with minimal, scheduled preventative maintenance — not constant intervention.
Install fast, operate easy
Push-in, reusable connectors mount, suspend, or drop into ducts. No adhesives, no proprietary tooling, no long commissioning.
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Hygiene & Air Purity
Pure, non-wetting humidity for cleanrooms, healthcare, and food production. No standing water, no biofilm, no droplet drift.
Pure humidity, no biofilm
No standing water, no droplet drift. Fog droplets oxidize airborne contaminants and self-evaporate — surfaces stay dry, air stays clean.
Safe for people and workplaces
0.2 kW at maximum capacity. Low voltage, low pressure, no scald risk, no shock risk — safer than steam or high-pressure alternatives.
What you don't get
Standing water reservoirsLegionella-prone driftWet floors and rusted fixturesSteam scald hazardsMineral dust from ultrasonic
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Built for Demanding Industries
Engineered to meet or exceed industry standards, across every application we serve.
Standards-grade engineering, application‑versatile
Every component is made in the USA to meet or exceed industry, construction, and electrical standards. One platform serves humidification, cooling, ESD control, and disinfection — across manufacturing, healthcare, printing, and cleanrooms.
Talk to an engineer →4
Applications
Humidify · Cool · ESD · Disinfect
45yrs
Fog physics
engineering since 1980
USA
Designed and built
in the United States
0.2kW
Power draw
at maximum capacity
Trusted where precision matters
Manufacturing
Cleanrooms
Printing
Healthcare
Food & Beverage
Frequently asked
Answers before you spec
The questions engineers and facility managers ask most, answered plainly.
Something else?
Send your room volume, target RH, and process. An engineer replies within 48 hours.
Ask an engineer →What makes Smart Fog "non-wetting"?
Our fog droplets self-evaporate before they can settle. The physics reverses the molecular attraction that causes conventional humidifier droplets to cling to surfaces. Result: humidity you can measure, without water damage to machinery, product, or floors.
How much energy does Smart Fog save versus steam?
Up to 99% less than a comparable steam humidifier at the same throughput. Steam requires boiling water; our systems mechanically atomize water at low pressure. Payback typically arrives inside 12–24 months at industrial scale.
What humidity tolerance can I hold?
±2% RH across the operating range, verified with our controller and sensor package. Steam and ultrasonic systems typically drift 5–10%. For processes sensitive to RH — printing, coating, cleanroom operations — that tolerance is the difference between yield and rework.
What industries use Smart Fog?
Manufacturing, printing, healthcare, cleanrooms, food and beverage, greenhouse and horticulture, and outdoor cooling. Any environment where humidity, cleanliness, or evaporative cooling is a process variable.
How long does installation take?
Most systems install in one to three days. Push-in reusable connectors, no adhesives, and modular manifolds keep site work short. Duct-mount, ceiling-suspend, or in-room configurations are supported without redesigning your space.
What maintenance is required?
Scheduled preventative maintenance only — no daily intervention. Stainless-steel construction and no moving parts eliminate the wear cycle that drives service calls on steam and evaporative-media systems. Filter and nozzle checks on a quarterly cadence are typical.
Response within 48 hours
Ready to solve your
humidification problem?
Send us your room volume, target RH, and process — our engineers return a system spec and quote.