Brilliant Whites, Deep Cleaned with Nano Technology

Experience the revolutionary power of Nano Lux Whitening Detergent Paste, the first nano-based paste detergent specially formulated for white clothes. Designed with cutting-edge Nano-based Deep Clean Technology, Nano Lux goes beyond ordinary detergents to restore and maintain your whites’ brilliance wash after wash.

Nano Lux Whitening Detergent Paste stands out from other whitening detergents primarily due to its advanced Nano-based Deep Clean Technology, which enables it to penetrate deep into fabric fibers for superior stain removal and whitening. Unlike traditional chlorine bleach, Nano Lux is chlorine-free and color-safe, brightening whites up to 40% better without risking damage or discoloration to fabrics. This makes it a safer and more effective alternative for maintaining brilliant whites on a wide range of garments, including delicate items and mixed loads.

Compared to typical powdered or liquid detergents, which may rely on enzymes or bleach and sometimes cause fabric fading or residue buildup, Nano Lux’s paste form ensures thorough cleaning without residue, preserving fabric quality while delivering outstanding whitening results. Its oxygen-based, water-activated formula also offers a gentler yet more powerful whitening effect than conventional bleach-based products, which can be harsh on fabrics.

Nano Lux’s Deep Clean Technology is unique because it leverages advanced nanotechnology to penetrate deep into fabric fibers at the nanoscale, effectively dissolving and lifting dirt and stains that conventional detergents cannot reach. The nanoparticles are extremely small-measuring between 1 and 100 nanometers-allowing them to access microscopic cracks and folds in the fabric, where they break down impurities and pull them to the surface for easy removal without harsh scrubbing.

This technology also creates an invisible protective layer on the fabric with strong self-cleaning properties, inspired by the natural “lotus flower effect,” which makes surfaces highly hydrophobic and oleophobic. As a result, dirt, oils, and water have difficulty adhering to the fibers, keeping the whites brighter for longer and making subsequent cleaning easier and more effective.