This new Aveda pre-shampoo treatment harnesses the power of Triple Action Strengthening Technology to build new bonds and strengthen even the most stressed-out strands - including extreme chemical hair damage from bleaching.

Aveda Says:

• Hair is 3X stronger*
• Features 2X the plant-derived bond-building molecule**
• Protects fragile hair from friction and tangling during shampooing to help reduce breakage
• Helps reverse past chemical damage
• When applied to dry hair, it penetrates deep into the cortex and builds new bonds

Triple Action Strengthening Technology

• Plant-derived bond-building molecule strengthens and repairs from within
• Nourishing macro green blend with avocado, green tea and sacha inchi oils helps to smooth, detangle and prevent breakage
• Plant-derived complex protects and shields hair from future damage

*Laboratory testing on tresses v. non-conditioning shampoo.

**Versus other Botanical Repair™ retail formulas.

How to use:

Apply pre-shampoo treatment from roots to ends on dry hair. Leave on for 5-10 minutes. Rinse. Follow with Botanical Repair™ Strengthening Shampoo and Conditioner.

Use weekly for mild to moderate damage, or every wash day for moderate to severe damage.

Regimen for ultra-stressed hair:

Step 1: Pre-cleanse with Botanical Repair™ Bond-Building Pre-Shampoo Treatment

Step 2: Cleanse with Botanical Repair™ Strengthening Shampoo

Step 3: Intensely condition with Botanical Repair™ Intensive Strengthening Masque Light or Rich

Step 4: Detangle and protect with Botanical Repair™ Strengthening Leave-In Treatment

Step 5: Build bonds and repair overnight with Botanical Repair™ Strengthening Overnight Serum

Style using Botanical Repair™ Bond-Building Styling Creme.

Stylist tips & tricks:

Use the Botanical Repair™ Bond-Building Pre-Shampoo Treatment on the same day you use your weekly Intensive Strengthening Masque in Light or Rich for a powerful ritual of deep bond-building repair.

 

• 97% naturally derived***
• Silicone free
• Vegan
• Leaping Bunny Approved

***Naturally derived on average using the ISO 16128 Standard, from plant sources, nonpetroleum mineral sources, and/or water.