Redken Acidic Bonding Curls (ABC) | 3-Step Curl Restoration | Product Knowledge | Video | Free

Discover the power of bond repair designed specifically for curls and coils without compromising on bounce, volume, or movement. In this concise, 90-second product tutorial, Redken Education introduces the Acidic Bonding Curls (ABC) retail routine, the first silicone-free bonding care system formulated to rebuild internal hair bonds, restore natural curl patterns, and eliminate heavy buildup.

Whether you are a salon professional looking to recommend the best at-home regimen to your clients or a consumer seeking lightweight, high-performance curl repair, this tutorial delivers the essential science and application techniques needed for total curl transformation.

What You’ll Learn:

The Science of Curl Damage:

Understand how internal bond breakage affects curl shape and how Citric Acid and Repair Shield Technology work synergistically to restore strength and definition (with curls 92% healthier in just one use).

The Silicone-Free Advantage:

Learn why eliminating silicones allows curls to retain weightless bounce, touchable softness, and natural volume.

The 3-Step Routine & Proper Application:

1. ABC Curls Sulfate-Free Shampoo: Cleanses gently, removes weight-inducing buildup, and initiates bond building from the first lather.
2. ABC Curls Conditioner: Best practices for applying to very wet hair to maximize slip, streamline detangling, and help curls spring back into shape.
3. ABC Curls Silicone-Free Leave-In Treatment: How to prep damp curls before styling to lock in moisture for up to 96 hours of frizz control and provide heat protection up to 230°C (450°F).

Course Details:

Duration: 90 Seconds

Target Audience: All Salon Professionals

Featured Products: 

• Redken Acidic Bonding Curls Shampoo
• Redken Acidic Bonding Curls Conditioner
• Redken Acidic Bonding Curls Silicone-Free Leave-In Treatment

Key Takeaway:

Stop compromising and start repairing, deliver structural strength and curl definition with strength in every spiral.