Goldwell Topchic 7-RB is a high-quality hair dye designed to provide long-lasting and vibrant color. This permanent formula is ideal for those who want a blonde with red-brown highlights, perfect for brightening the face and giving a fresh and radiant look. The dye fits seamlessly into the daily beauty routine, allowing you to express your personality through a vibrant and rich color.
Features
Goldwell Topchic 7-RB is a permanent dye that guarantees professional results at home. The shade 7-RB offers a warm blonde with red-brown highlights, ideal for those seeking a sophisticated and trendy look. The 60 ml format is perfect for a complete application. The formula is enriched to ensure even and long-lasting coverage, helping to keep hair healthy and shiny.
How to use
To use Goldwell Topchic 7-RB, it is necessary to mix the dye with an oxidizer according to the proportions indicated on the package. Apply the mixture to dry, unwashed hair, starting from the roots and distributing evenly to the tips. Leave on for the recommended time, then rinse thoroughly with lukewarm water. It is advisable to always follow the specific instructions provided on the package for optimal results.
Frequently Asked Questions
Is Goldwell Topchic 7-RB suitable for all hair types?
This dye is formulated to be used on natural and colored hair, but it is always advisable to perform a patch test on a small strand before full application to check compatibility.
How long does the color last with Goldwell Topchic 7-RB?
The Goldwell Topchic dye is designed to provide long-lasting color, but the actual duration may vary depending on hair care and washing frequency. It is recommended to use shampoos and conditioners specifically for colored hair to prolong the vibrancy of the color.
Can I use Goldwell Topchic 7-RB if I have treated hair?
If you have already treated your hair with other dyes or chemical products, it is important to consult a professional to ensure that Goldwell Topchic 7-RB is suitable for your hair type and to avoid possible unwanted reactions.
