top of page
THE MISCONCEPTION
Water-resistant means safe from moisture damage...or does it?
A rating protects against a splash test, not against the slow moisture exposure of daily life — a sweaty workout, a humid commute, a phone left on a nightstand overnight. Once moisture is inside, it doesn't need a storm to do damage.
Corrosion
Rust
Foggy Lense
Shock
Short
Dendrites
DRYOUT® is engineered to remove the moisture that causes all six. Water resistant is not a guarantee.
BEYOND THE SURFACE
Looks dry. Isn't dry.
It lingers long after the surface looks dry, quietly stressing batteries, connectors, and internal components. Passive storage was never engineered to pull that moisture back out. DRYOUT was.
THE SOURCES
Moisture doesn't need a storm.
Storms and spills are the obvious threats. Most damage comes from sources people don't think to guard against.
Storms
Shower
Sweat
Lakes
Dew
Spills
Heat
Ice
Ground
HUMIDITY
Any amount carries moisture — indoors or outside, it works on electronics constantly, even when nothing looks wet.
CONDENSATION
Forms when vapor turns to liquid, often invisibly. Can build up in any climate, inside a device or out.
WATER
Shows up as solid, liquid, and vapor — ice, rain, and humidity are the same threat in different forms.
WHAT'S AT STAKE
Some of our most prized possessions.
What's an electronic device actually worth? Not just the purchase price — the role it plays in a day.
Phone
Tablets
Laptops
Earbuds
Drones
Hearing aids
.png){kind=small}
Camera
Watches
VR headsets
Projectors
Consoles
Hard drives
Whatever the device, whatever holds it, DRYOUT can be engineered in.
MOBILE, WEARABLES & VR
Fog is a symptom.
Trapped moisture is the
cause.
VR headsets are among the most fog-prone consumer devices — sweat and face heat condense directly onto the lens. Earbuds, watches, and phones face a quieter version of the same problem the moment they go into a case or bag.
-
Sweat and body heat during active use
-
Packing a warm device into a sealed sleeve or case
-
Humidity shifts while traveling
-
Brief rain or splash exposure
NEVER AT REST
Downtime isn't always dry time.
Built into travel cases and accessory ecosystems, DRYOUT works to pull moisture away from ports, lenses, and internal components between sessions — engineered recovery for gear that's never really at rest.
Rugged case and accessory brands built for people who don't get to baby their devices trust DRYOUT to give that ruggedness an internal counterpart — protection from the moisture a drop-tested shell was never designed to manage.
THE MECHANISM
Pulls. Traps. Releases.
Unlike disposable desiccant packets that saturate, stop working, and need to be thrown away, DRYOUT is built for repeated use over years, not days.
01
PULLS
Actively draws moisture out of gear and cases, rather than waiting for humidity to equalize.
02
TRAPS
Holds it in an engineered absorbent core, away from lenses, sensors, and contacts.
03
RELEASES
Resets in sunlight or with a hairdryer in minutes to hours — ready again, thousands of times over.
BUILT FOR INTEGRATION
DRYOUT® isn't a product. It's what goes inside one.
DRYOUT is an advanced material, built to be engineered into carry and storage products a brand already makes — or is building next. Sleeves. Liners. Cases. Pouches.
-
Engineering the next generation of an existing product with DRYOUT® inside
-
Designing and developing new products around DRYOUT® from the ground up
-
Supplementing existing products with pouches engineered with DRYOUT®
-
Custom projects — open to exploratory conversations on new applications
DUAL PROTECTION
Rescues what's already wet. Prevents what's not yet.
Most moisture solutions do one job. DRYOUT does both. Asset protection and peace of mind, in the same material.
RESCUES
If a device gets wet — water, humidity, or any form of moisture — DRYOUT pulls and traps that moisture, helping guard against rust, corrosion, and electrical failure.
PROTECTS
Built into a case, sleeve, or accessory, DRYOUT works continuously to pull moisture away from a device, reducing the risk of it becoming a problem.
bottom of page