BioKap Natural Brown 4.0 Rapid Permanent Hair Colour Organic, Ammonia Free & Vegan Formula for Sensitive Skin 135ml

• Warm, bright and natural-looking permanent hair colours in just 10 minutes
• 100% grey coverage , long lasting results which won't fade. Complete kit includes gloves, cape, hairline protection creme and shampoo
• Nourishing, restructuring, repairing with Organic Argan Oil and our botanical Tricorepair complex with fruit acids, rice protein and willow extract
• Free from PPD, Resorcin, Ammonia, SLS, SLES and Parabens. Nickel tested, minimises irritation and allergy risk
• Over 80% natural, vegan, cruelty free and suitable for sensitive skin

Product description Formulated without paraphenylenediamines (PPD) or other chemical irritants, the BioKap Nutricolor RAPID formula dyes your hair perfectly in just 10 minutes. Rich in vegetable ingredients to nourish hair and argan oil for extra shine, this hair dye deeply conditions while covering grey's perfectly and provides long lasting natural colour. BioKap Nutricolor Delicato Rapid is furthermore enriched with Organic Argan Oil and the exclusive Tricorepair complex and to strengthen and protect hair and scalp . All hair colours are Dermatologically tested and Nickel tested <1 ppm . Directions Prepare by wearing gloves, cape, and applying hairline protection creme. Mix the product (if applicable) and apply evenly to dry hair. Leave on for 10 minutes, then rinse thoroughly. Follow with a gentle shampoo and conditioner. For best results, perform a strand test before full application. Avoid contact with eyes and skin. After coloring, wait at least 24 hours before washing hair again. Always follow the instructions provided in the box. Legal Disclaimer Hair colorants can cause severe allergic reactions. Read and follow instructions. this product is not intended for use on persons under the age of 16. Temporary "black henna" tattoos may increase your risk of allergy. Contains toluendiamines. The absence of paraphenilenediamine does not exclude allergic reactions in subjects that are particularly sensitive and reactive to such substances. Due to possible cross-reactivity