Nano Coating for Leather Protection
Nasiol LeatherBoost is a transparent nano leather protector that can be applied to genuine and artificial leather surfaces, preventing paint transfer and ensuring minimal wear. By bringing water and oil repellency to the surface, this leather care product prevents the surface from dirt and stains and provides protection against color fading caused by the sun and leather deformation that can occur over time. Nasiol LeatherBoost will help you to extend the life of your leather and protect the surface against chemicals and UV rays.
Genuine leather: 35-45 mL / m²
Artificial leather: 30-40 mL / m²
Even the best leather protectors and care products require cleaning of the application surface of stains, such as oil, dirt, dust, water. Gently shake the product bottle before use. Pour the product from the standard Nasiol LeatherBoost bottle onto the applicator block and suede cloth. After that, spread it homogeneously to the surface by using the criss-cross technique. Make sure that there are no dry areas. Allow the surface to dry for 24 hours for full effectiveness. If any residue remains on the surface after drying, rub the product into the surface with a dry cloth. In case of an accidental application to surfaces other than the specified ones, the surface should be wiped off immediately with a clean and lint-free microfiber cloth.
Consumption amount is 35-45 mL / m² for genuine leather and 30-40 mL / m² for artificial leather.
Natural leather, artificial leather, PU leather, PVC leather surfaces of car seats, home appliances, laptop bags and smartphone cases, furniture. Do not apply to plastic parts, painted surfaces, glass surfaces, textiles/fabrics.
|Application surface type||Artificial and genuine leather|
|Durability||Up to 1 year|
|Consumption||Genuine leather: 35-45 mL/m2 Artificial leather: 30-40 mL/m2 mL|
|Coating thickness||~ 75-100 nm|
|Shelf life||1 year without opening the bottle, 2 mounth after opening the bottle|
|Curing period||24 hours|
|Keeping conditions||-3°C to +30°C|
High Chemical Resistance