Stay Dry Nano Coating Spray for Textile & Leather – Waterproof and Stain Resistant Protection

Stay Dry protective nano coating spray creates an ultra-thin, durable protective layer on textile and leather. This nano coating bonds with the surface and provides superior water and stain resistance for up to 18 months.

Invisible and breathable Stay Dry textile protection has the following properties:

• Instant and long-lasting protection for up to 18 months
• Superhydrophobic – adds durable water repellent properties. Water and dirt simply roll off.
• Oil repellent / Stain repellent
• Restores to like-new performance
• Completely invisible and doesn’t alter the look or feel of the material
• UV-protection prevents fading from sun exposure
• Effective without heat activation

Stay Dry superhydrophobic textile and leather nano coating spray is a biosolvent based formula and is created specifically for the protection of all textile, leather, and suede articles including but not limited to clothes, shoes, bags, sportswear, and outdoor equipment.

It forms an invisible protective coating on the material up to the level of the individual fiber preventing the infiltration of liquids, such as red wine, into the fibers and as such inhibiting the formation of stubborn stains. Fluids entering in contact with the treated article are easily removed with a moist cloth and will not cause any damage to the article. The protection of the treated material lasts for 6 months up to 2 years.

In the past many solvents have garnered a negative reputation for being environmentally harmful or toxic. Stay Dry textile protection, however, utilizes alkane isoparaffins, a mixture of hydrocarbons (mineral oils), as the formula’s solvent base. This maintains the formula’s eco-friendly status.

Stay Dry Textile and Leather formula is highly sensitive to laundry and other detergents. We recommend washing items treated with this formula only with warm water without detergents or very soft detergents.

How to use nano coating spray:

1. Clean the substrate when polluted.
2. Shake bottle well before using it.
3. Spray evenly on the surface, approx. from a 10 cm for textile and 30 cm distance from leather.

Properties: After the evaporation of the solvent a Fluor polymer modified nanolayer is formed. This layer of a thickness of a between 100 nanometres to microns (1/1000 mm) is water and oil repellent. The complete drying process and effectiveness of the impregnation will take in approx. 24 hours at RH of max 70%. After staining the substrate with water or oily like products, the stain has to be absorbed with absorbing paper.

Do not wipe the stain away. Oily stains can form a shadow or ring. This can be removed or strongly reduced by cleaning with a detergent. The uniform coated layer does not affect the appearance of the textile or leather. Some substrates may become slightly darker in color. This is depending on the amount and thickness of the coating layer.

Textile protection properties: The product has been tested to be active after application for 18 months, however, if items are frequently used or by wear and environmental circumstances this time frame will be reduced. When the goods are intensively used or exposed to friction the recommended re-applying should be each 4-6 months.

When not intensively used recommended re-application should be 12 – 16 months.

Drying time: After approx.20-30 minutes, depending on temperature and surface porosity. The complete drying process and effectiveness of the impregnation will take approx. 24 hours. Do not stain with oil or water during the drying step.

Coverage: Depends on the application method, coating thickness, and absorbency of the substrate. The coverage with the brush method is approx. 2 m²- 10m2/litre.

Stay Dry nano coating spray is suitable for: Fleece, mesh fabric, windproof, soft shell, Gore-tex® and eVent® linings, satin, linen, cotton, leather, suede, canvas, polyester, nylon, wool, silk, synthetic blends, microfiber, denim, futurelight

Weight: 0.285 kg

Dimensions: 5 x 5 x 21 cm

Made in Estonia