Because the chemical is on a "nano-scale", Nano-Textile Resists Spills
fabrics achieve unsurpassed durability without sacrificing the natural
hand and breathability of the fabric. Nano-Textile fabric protection is a
chemical enhancement, attached at the molecular level, to
fundamentally transform the fibers.
This nanotech application of water-and-oil repellent finishing is effective for use in natural fibers such as cotton, linen, wool and silk, as well as synthetics such as polyester, nylon and acryl.
Unsurpassed performance in durability and water and oil repellency may be expected particularly with natural fibers. Nano-Pel cotton withstands 50 home launderings, with functionality levels well-maintained for water and oil repellency (80 and 4) even after 20 washes. It can endure 20 dry cleanings when applied to wool or linen, a distinctive feature in contrast to conventional methods that display hardly any durability. Heat treatment, such as through ironing or tumble drying, is required for the onset of water-and-oil repellency.
This nanotech application of water-and-oil repellent finishing is effective for use in natural fibers such as cotton, linen, wool and silk, as well as synthetics such as polyester, nylon and acryl.
Unsurpassed performance in durability and water and oil repellency may be expected particularly with natural fibers. Nano-Pel cotton withstands 50 home launderings, with functionality levels well-maintained for water and oil repellency (80 and 4) even after 20 washes. It can endure 20 dry cleanings when applied to wool or linen, a distinctive feature in contrast to conventional methods that display hardly any durability. Heat treatment, such as through ironing or tumble drying, is required for the onset of water-and-oil repellency.