OLAPLEX Nº.4 Bond Maintenance and How It Works

All About OLAPLEX Nº.4 Bond Maintenance® Shampoo and How It Works You may already know that OLAPLEX Nº.4 Bond Maintenance® Shampoo helps rebuild hair bonds while cleansing, but do you know its other benefits and properties? The Nº.4 Bond Maintenance® Shampoo is a complete solution for many hair concerns. It helps to: Reduce breakage Strengthen hair Gently cleanse without stripping moisture Smooth, nourish, and detangle hair What's in Nº.4 Bond Maintenance® Shampoo? The ingredients in a bottle of Nº.4 Bond Maintenance® Shampoo make it a complete shampoo for visibly healthy hair, starting with OLAPLEX's patented Bond Building Technology™. OLAPLEX developed and patented Bis-Aminopropyl Diglycol Dimaleate, which became the first ingredient of its kind in the bond-rebuilding hair care category. This innovative ingredient protects, nourishes, and restructures hair from the inside out by repairing bonds at a molecular level. To soften, nourish, and moisturize hair, this shampoo also contains ingredients such as: Coconut Oil-Derived Surfactants: create a pleasant lather that leaves the scalp and hair hydrated. Glycerin: derived from vegetable oils, it draws moisture from the air to the hair, improving hydration and softness. Helianthus Annuus (Sunflower) Seed Oil: this emollient provides shine, reduces moisture loss, and smooths hair. Musa Sapientum (Banana) Fruit Extract: helps retain moisture to condition and soften hair. Prunus Armeniaca (Apricot) Kernel Oil: this light emollient provides softness without weighing hair down or creating buildup. Pseudozyma Epicola / Argania Spinosa Kernel Oil Ferment Filtrate (Fermented Argan Oil): helps control frizz and flyaways, while smoothing hair. Why fermented? Fermenting the oil lowers its pH level, which helps seal cuticles and keep them smooth. Fermented oils contain more concentrated vitamins and nutrients and are better absorbed than unfermented oils. Panthenol (Vitamin B5): penetrates the hair fiber to help hair appear thicker and improve elasticity. How to use Nº.4 Bond Maintenance® Shampoo? To optimize your shower routine, start with a pre-shampoo treatment like Nº.3PLUS Complete Repair Treatment. Thanks to the patented Bond Building Technology™ and the Damage-Defense Cationic Complex, Nº.3PLUS Complete Repair Treatment repairs all 3 types of broken bonds and helps restore visibly healthier and stronger hair. This formula acts on hair health at every stage of its cycle: Past: repairs all types of damage for hair that is 3x stronger and softer in 3 minutes. Present: instantly revives the 5 key signs of healthy hair: strength, softness, flexibility, shine/radiance, and shape. Future: protects against damage, split ends, and breakage. How to use Nº.3PLUS Complete Repair Treatment? Squeeze excess water from your hair in the shower. Apply a generous amount to mid-lengths and ends. Leave on for 3 minutes, then rinse. Then shampoo and condition as usual. Use Nº.3PLUS Complete Repair Treatment every 1 to 3 shampoos. Using Nº.4 Bond Maintenance® Shampoo Now it's time to use Nº.4 Bond Maintenance® Shampoo. Take a pea-sized amount and apply to wet hair. Lather thoroughly, then rinse well. Follow with Nº.5 Bond Maintenance® Conditioner to reduce breakage, strengthen hair, improve manageability, and boost shine. A small amount of Nº.4 Bond Maintenance® Shampoo is enough for an effective result. Also discover other OLAPLEX shampoos and conditioners, or take the Hair Quiz to get a personalized bond-rebuilding hair care routine. Sourceshttps://fr.olaplex.com/blogs/news/all-about-olaplex-no-4-shampoo-how-it-works https://www.verywellhealth.com/coconut-oil-for-your-hair-4171883 https://www.healthline.com/health/glycerin-for-hair https://www.instyle.com/sunflower-seed-oil-for-hair-11786951 https://www.specialchem.com/cosmetics/inci-ingredients/musa-sapientum-fruit-extract https://www.specialchem.com/cosmetics/inci-ingredients/prunus-armeniaca-kernel-oil https://www.specialchem.com/cosmetics/inci-ingredients/argania-spinosa-kernel-oil https://pubmed.ncbi.nlm.nih.gov/40905518/