Covalent Grafting Repair-Kit preview
QAI Tiger Reconstruct

High Level PRO Review.

Tiger Reconstruct in the Salon

Tiger Reconstruct is a leave-in treatment that covalently grafts PolyGraft-9 (a replica of the same type of polypeptides in hair) back into the hair via covalent (permanent) bonding.

Tiger is also a great volume spray that adds softness and shine.

Covalent bonds form naturally during the drying and styling step that stylists already perform.

Seemingly Weightless Leave-In Treatment

As a seemingly weightless leave-in treatment, styling products can be layered on top and naturally heated, which activates the Tiger Catalyst. It removes the rinse step in the salon, saving time and increasing efficiency.

Core Functions

  • Strengthens hair by forming covalent bonds with the hair’s protein structure.
  • Levels hair porosity, which is critically important for any chemical process.
  • Used in Color, Bleach, and Blow-Outs.

World of Color

Add directly to any hair color: 10 squirts (approximately one-quarter ounce) per four ounces of color (Tiger Reconstruct will not dilute color).

1

Enhanced Color Application

Used to level porosity before color application, ensuring a more natural coloring process. Spray into damp hair, dry, then color.

2

Enhanced Color Quality

It functions as a filler, depositing the PolyGraft-9 with the color inside the hair shaft to make the color behave more like natural hair. Simply put, the color dyes the Tiger Reconstruct along with the hair, resulting in a more natural coloring process and helping to prevent "fadeage" and poor color coverage.

3

Extended Color Life

  • By strengthening hair with covalent grafting and reducing porosity, Tiger Reconstruct helps ensure dye molecules formed inside the hair cannot be rinsed or shampooed out.
  • Making hair less porous and stronger before coloring is a logical, scientifically sound way to preserve permanent color results.

The Platinum Tiger

Add directly to any hair bleach: 10 squirts (approximately one-quarter ounce) per four ounces of color or bleach.

1

Porosity Leveler

Apply and dry Tiger Reconstruct into the hair before bleaching or high-lift color to level porosity and strengthen the hair. (Perform the Covalent Grafting Repair-Kit for highly compromised and damaged hair.)

2

Sacrificial Lamb

Inside the hair, the PolyGraft-9 inside the Tiger Reconstruct acts as a sacrificial protein. Bleach preferentially breaks down the PolyGraft-9 rather than the hair’s own protein, because there is more PolyGraft-9 present than is covalently bonded to the hair.

  • This sacrificial action provides meaningful protection to the hair’s structural integrity during bleaching.
  • Leave Tiger Reconstruct in, then apply bleach or high-lift color directly on top.
QAI Covalent Grafting Repair-Kit

Covalent Grafting Repair-Kit

The Covalent Grafting Repair-Kit is a permanent repair treatment used for heavily compromised and damaged hair.

Fix Fried Hair, Then Process

This treatment can be used prior to color, bleach, and chemical services for clients who already have damaged hair and want additional chemical processing.

Reverse the Damage

Covalent Grafting can also be used as a corrective treatment when hair is accidentally over-processed or burned.

Tiger Reconstruct At-Home

Every client who receives permanent color, bleach and chemical services needs to use Tiger At-Home to maintain and have a healthy canvas for the next time they visit you.

Promotes strong, healthy hair.
Eliminates split ends.
Volumizes hair.
Prevents color fading.
Prevents Blow-Out relaxation.

By strengthening hair with covalent bonds and reducing porosity, Tiger Reconstruct helps ensure dye molecules formed inside the hair cannot be rinsed or shampooed out, and bleached hair continues to receive structural support.

Color, Bleach and Science with Dr. Lee Hunter, Ph.D.

“Hair is very crystalline in structure and not inherently colored. Hair color comes from melanin particles embedded within the shaft.

Bleach aims to decolorize melanin particles; ideally it would spare the protein structure, but in practice it also degrades the protein by breaking covalent bonds.”