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DRYOUT is a patented, electricity-free technology that protects and rescues valuable gear and equipment after exposure to moisture. It prevents irreparable electrical failure, rust or corrosion on metal objects, and lens fog in optics and camera lenses. As an ingredient brand, DRYOUT can be engineered into pouches, bags, cases, or panels for protective hard cases.
For more information, please visit www.DRYOUT.com.
DRYOUT is spelled as one word, all caps, "DRYOUT".
We do not license our technology. Instead, we work with brand partners to provide a full suite of services, from design and development to manufacturing. We can take an existing product and work with our design team to create a "DRYOUTized" version, or we can take a new idea and develop it from concept to a functioning product.
DRYOUT works with brand partners (Original Equipment Manufacturers, military, government, law enforcement, and first responders) to 'DRYOUTize' bags, cases, sleeves, and pouches. This protects their gear and sensitive equipment from rust, corrosion, and electrical damage. DRYOUT can design a product from scratch or incorporate the DRYOUT technology into an existing product.
DRYOUT exists to rescue things that shouldn't get wet, so that we can help rescue people who struggle with mental health challenges. As a give-back company, we proudly donate products and a portion of our profits to organizations that support children and veterans, with a particular focus on mental health.
GORE-TEX is a waterproof and windproof fabric often used in outdoor apparel and footwear. While GORE-TEX repels moisture, DRYOUT wicks (pulls) moisture. DRYOUT is a proprietary material sandwich that pulls and traps moisture to prevent rust, corrosion, and electrical damage. It is engineered into bags, cases, sleeves, and pouches for carrying electronics and sensitive equipment.
Common alternative solutions include rice, silica gel packets, silica gel canisters, and plug-in dehumidifiers. In rigorous third-party testing, DRYOUT is the clear leader, being 3,464 times more effective than silica gel packets and 15.4 times more effective than silica gel canisters. DRYOUT not only absorbs more moisture at a faster pace, but it also does not release the moisture back into the gear.
DRYOUT has several unique features that set it apart from other solutions. It is reusable and doesn't require electricity. It wicks moisture at a much faster rate, which is crucial because the first few hours are critical before oxidation and electrical damage can occur. It has a much higher absorption capacity than other solutions and traps the moisture, preventing it from being released back into the gear.
DRYOUT does wick moisture, even from bodies, but it is not designed for that use case. Its purpose is to protect gear and equipment from rust, corrosion, and electrical damage.
DRYOUT works best in a gym bag when protecting hard goods like electronics, not soft goods like clothing or towels. It's engineered to pull moisture from up to 8+ inches away from surfaces that can't absorb it, whereas fabrics soak in moisture, making it harder for DRYOUT to work. Soft items near electronics may also block DRYOUT from doing its job.
Yes, being fully submerged does not hurt the functionality of DRYOUT. If DRYOUT is fully submerged, it is important that it "resets," or dries out, before being used to protect gear from moisture damage.
While the DRYOUT materials are proprietary, our design team works with various additional layers and add-ons to create finished products that fit a wide range of use cases.
The proof is in the pudding. DRYOUT has protected and rescued millions of dollars of gear from rust, corrosion, and electrical damage. Rigorous third-party testing has also confirmed DRYOUT's effectiveness, showing it is 3,454 times more effective than a silica gel packet and 15.4 times more effective than a silica gel canister.
DRYOUT products are engineered at manufacturing facilities around the world. Our supply chain team consistently monitors economic conditions to ensure cost-effective and timely production, while not compromising quality. Products made for the U.S. Military are sourced and made at Berry Compliant manufacturers in the United States.
The DRYOUT material sandwich is built using multiple materials. One of the materials used, silica gel beads, is not recyclable. All other materials are recyclable.
Our manufacturers integrate sustainability into every phase of production, from responsible sourcing to waste-reducing operations. We prioritize energy-efficient processes, eco-conscious supply chains, and rigorous quality standards to deliver high-performance products with minimal environmental impact.
We do not sell directly to consumers. DRYOUT is engineered into finished goods that can be purchased through our brand partners.
With any fabric, there is a risk of static electricity, though it is typically unlikely. When we engineer finished goods with DRYOUT, we consider the use application and whether an anti-static variant or other protective measures need to be considered and addressed.
No, silica gel beads are generally considered non-toxic. They are a form of silicon dioxide, which is essentially sand, and are designed to absorb moisture. However, the packets they come in often carry warnings about ingestion because they are not intended as food and can pose a choking hazard, especially for young children.
Our materials are not known to cause allergic reactions under normal use and are free from common allergens such as latex and PFAS. However, individual skin sensitivity can vary, and some users may experience irritation due to personal factors unrelated to the material itself.
Our nylon fabrics are sourced from select manufacturers who adhere to rigorous safety, environmental, and performance standards. All materials are PFAS-free, fully polymerized, and stable under normal use, with no hazardous concerns. These textiles are trusted across consumer, industrial, and tactical applications for their durability and compliance with global regulations.
While many of our nylon fabrics are not intended for direct food contact, they are stable and non-toxic under normal use. For applications requiring food-safe compliance, we offer finished products made with materials that meet FDA regulations for food contact, including those approved under 21 CFR 177.1500, as well as equivalent international standards outside the United States. We ensure that these materials are selected and processed to meet the necessary global safety requirements.
Our nylon fabrics are made from synthetic polymers that are stable under normal use. Like most textiles, they can ignite if exposed to an open flame or extreme heat but typically self-extinguish once the ignition source is removed. For applications requiring enhanced fire resistance, we offer materials treated to meet flammability standards such as ASTM D6413 and international equivalents.
DRYOUT is engineered with high-quality materials and can be used repeatedly with an infinite lifespan. However, like any material, wear and tear over time is possible.
No, DRYOUT's patented material sandwich does not degrade or lose efficacy over time. However, if the material gets dusty or dirty, it can affect its performance.
Yes, DRYOUT is reusable with an infinite lifespan on efficacy.
DRYOUT is a combination of multiple materials engineered as a proprietary "material sandwich." This combination enables its three-function capability to pull, trap, and release moisture.
DRYOUT has multiple patents and patents pending.
The finished product that contains DRYOUT may have a water-resistant coating, but the DRYOUT layer itself is not fully waterproof. This allows DRYOUT to absorb moisture that may get inside gear and equipment.
The time it takes for DRYOUT to dry or "reset" depends on several variables, including temperature, humidity, and airflow. Combining heat and airflow speeds up the process dramatically.
The key to "resetting" the DRYOUT material is heat and airflow. To dry it out, place DRYOUT near a heat source like sunlight or a heater. The temperature should not exceed 200°F.
DRYOUT can be "reset" by a heat source, such as the sun or a portable heater. Exposing it to airflow from a fan will also increase the reset time. Combining both heat and airflow is the fastest way to reset DRYOUT.
If DRYOUT is exposed to saltwater, rinse it with fresh water and allow it to "reset", or dry, completely. DRYOUT does not remove salt from gear. For best results, rinse the gear with fresh water or wipe off excess salt with a damp cloth first, and then wipe off exterior moisture before storing it.
DRYOUT does not need to be 100% reset to function properly. Any amount of resetting will allow it to function effectively.
Yes, this is called "rapid reset." To speed up the process, expose DRYOUT to heat and airflow, such as placing it outside in the sunlight or next to a heater. The heat source should not exceed 200°F. Sunlight, even in cold conditions, can trigger a rapid reset, including inside a car on the dashboard.
The time it takes for DRYOUT to dry or "reset" depends on several variables, including temperature, humidity, and airflow. Combining heat and airflow speeds up the process dramatically.
DRYOUT excels in sealed environments, even when there is no airflow.
DRYOUT does not absorb all the ambient humidity and moisture in the air. Its primary function is to pull and trap moisture from gear and equipment it is in close proximity to.