Description

Fudge Professional Damage Rewind Conditioner is a rinse-out reconstructing conditioner for hair that feels rough, brittle or weakened after colouring, bleaching, chemical treatments or frequent heat styling. It helps strengthen damaged strands and smooth their surface, leaving the lengths feeling softer after washing. Use it when your ends feel coarse or your hair has lost its usual softness.

How it helps damaged hair

Fudge Professional Damage Rewind Conditioner combines Opti-PLEX™ and HairGuard™ technologies. Opti-PLEX™ helps rebuild weakened bonds within the hair fibre, while HairGuard™ helps smooth the cuticle, the outer layer of each strand. Together, they address both the weakness and rough texture you may notice after repeated styling or colour treatments. FragranceFuse™ leaves a lingering scent after rinsing.

Who is it for?

Choose this conditioner if your hair feels fragile after highlights, regular colour appointments or repeated use of straighteners and curling tools. It also suits chemically treated hair that feels rough through the lengths. Pay particular attention to the ends when applying, especially if they feel drier than the rest of your hair. This is the original reconstructing formula, which focuses on strengthening and smoothing. It suits both coloured and uncoloured hair with signs of damage.

How to use

1. Wash your hair with Fudge Professional Damage Rewind Shampoo and gently squeeze out excess water.
2. Work the conditioner through damp mid-lengths and ends, distributing it evenly with your fingers.
3. Follow the timing on the bottle, then rinse thoroughly.

Complete your wash routine

Pair the shampoo and conditioner when your hair needs both cleansing and strengthening care. The shampoo cleanses the scalp and lengths, while the conditioner helps soften areas that feel rough to the touch. After rinsing, gently press out excess water with a towel before drying. If you regularly use hot tools, apply a separate heat protectant before styling to help protect the lengths from further heat damage.