Page 15 - FABRIC AND SHOES CATALOGUE 2022_Neat

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NANO4LIFE FABRICS AND SHOES CATALOGUE 2022

SURFACES ON WHICH CAN BE APPLIED:

• Sunblinds • Tents
• Carpets, and rugs • Umbrellas
• Child seats • Pillows
• Swimming pool covers • Chairs
• Theatre seats • Wallpapers
• Bags, purses • Curtains

PRODUCT QUALITIES
Excellent protection against liquids, stains, dirt and very easy to clean
Protection against bacteria
Contains UV inhibitors
Does not affect the look, feel or breathability of the fabric
Completely invisible
Reduction of chemical detergents by 90%
100% ecological by reducing use of chemicals - certified with ECO passport

CUSTOMER TARGETS

• Homeowners • Military
• Furniture retailers • Sports clubs and hunters
• Manufacturers of carpets and rugs • Hospitals
• Hotels and restaurants • Professional tailors
• Cruise ships and boats

APPLICATION METHOD

1. Clean the fabric first, before using Nano4-Sunblinds®, otherwise it will trap the existing dirt.
2. Spray the fabric with Nano4-Sunblinds® from 15cm distance to slightly very wet the surface where you
want to protect. After coating with Nano4-Sunblinds® the surface takes 24 to 48 hours (at 20ºC) to be
fully cured. The time required for curing may vary depending on ambient temperatures.
3. Another way to protect the fabric is by dipping. For more analytic informations please visit our website.

DURATION OF THE PROTECTION

For fabrics washed regularly, the protection may last between 20 to 30 washes. You
can re-apply Nano4-Sunblinds® to the fabrics to obtain the same results.

CONSUMPTION

The amount of product needed each time depends on the method of application and the porous of the
surface. In any case the cuncumption will be between 30ml/m and 200ml/m . This means that 1 liter
2
2
2
can cover the surface of 5m to 33m . We recommend to test each type of surface first to determine the
2
2
absorption of the surface. An easy test to calculate the absobtion of the surface is to wet 1m of the surface
by using normal water. By this way you can see what is the exactly consumption for each surface.