Color-treated hair that's on the thicker or coarser side and tends to tangle after washing. It's part of Goldwell's Color Extra Rich range, built specifically for denser hair textures — if hair is fine or normal, Goldwell's standard (non-Extra Rich) Color Brilliance Conditioner is the better match. Meant for at-home use, commonly picked up as a take-home companion to an in-salon color service.

What sets this conditioner apart from a generic color-safe conditioner is the combination of an actual UV-filtering ingredient with a shine technology (Luminescine) designed to work with light rather than just coat the hair — most color-care conditioners lean on one or the other. For coarse or thick hair specifically, that matters because denser textures both show color fade more visibly and are harder to detangle after washing, which is the exact combination this formula is built around rather than being a scaled-down version of a conditioner made for finer hair.

Shampoo first with Goldwell DualSenses Color Extra Rich Brilliance Shampoo.

Apply Brilliance Conditioner to wet hair, concentrating on the mid-lengths and ends where color fade and tangling are most noticeable.

Work it through, then rinse thoroughly.

Use after every shampoo for ongoing color and detangling support.

• Raspberry seed oil and willow bark extract are real, verifiable ingredients in the formula, not just a marketing name
• Silicone content means genuinely smooth detangling on coarse, color-treated strands that tend to snag
• A built-in UV filter is a real point of difference from conditioners that only claim color protection without an actual sun-filtering ingredient

• The silicone content means it isn't a fit for anyone following a silicone-free or low-buildup routine
• Formulated specifically for thick/coarse hair — on fine hair it's likely to feel heavy, so the standard (non-Extra Rich) Color line would suit better
• Designed to pair with the matching Color Extra Rich shampoo, not as a stand-alone product mixed into a routine built around a different line