Welcome big hair into your life with the Tigi Bedhead Superstar Volume boxette. This pack contains 4 products, Superstar Sulfate-Free Shampoo, Superstar Sulfate Free Conditioner, Superstar Leave-in Conditioner and Queen For A Day.
Sulphate-Free Superstar Shampoo
Superstar Shampoo has been devised to be sulphate-free, meaning that it cleanses hair without stripping the colour and drying the hair. This cleanser has been designed to add body and volume to locks and is colour-safe too. Superstar shampoo is suitable for all hair types.
Conditioner with Superstar Style
Superstar Conditioner’s lightweight formula makes it ideal for fine hair and frequent use as it leaves the hair fully moisturised without weighing it down. The conditioning ingredients in this product help to tame flyaway and static hair and also helps to prevent breakage and split ends. The sweet strawberry yogurt fragrance in this conditioner means hair not only looks great but smells delicious too!
Preventing Hair Colour Fade
This unique leave-in conditioner will leave hair nourished and tangle-free. Superstar Leave-in Conditioner from Tigi Bedhead not only moisturises and softens the hair but also has the added benefit of boosting volume and giving a light hold to styles.Superstar Leave-in Conditioner helps to guard against colour fade as well as replenish and revitalise hair. A built in UV protection helps to protect hair from any damage from the sun or environment.
Superstar Queen For A Day
If you want to feel like a Queen and achieve superstar looks then this product for Bedhead will give you the lift, volume and body that just won’t be beaten all day!
Ultimate style can be achieved as it adds strength, elasticity and smoothness giving thick massive hair with a full and natural feel. It can also be layered in with Superstar Blow Dry Lotion for ultimate style all with a berry medley fragrance to invigorate your sense.
Suitable for fine and medium hair of all length and textures, Superstar Queen for a Day conditions, moisturises and protects your hair from harmful UV rays.