Kevin Murphy Un.Tangled 150ml
No need to tearfully tear those tangles away - allow UN.TANGLED to do all the hard work for you. Our leave-in conditioner is formulated with a complex blend of nourishing Australian Fruit Extracts that help detangle, strengthen and restore hair to sleek perfection. Added heat protection also helps guard against styling damage.
Benefits
- Infused with a unique blend of Australian Fruit Extracts
- Gently detangles the hair
- Helps restore, strengthen retain moisture in the hair
- Offers heat protection up to 200°F / 93°C
- Suitable for all hair types
- Sulphate, paraben and cruelty-free
How To:
SHAKE. SPRAY. UNTANGLE.
Spray onto wet hair, gently comb through and leave in.
Kevin's Tips:
I looked to the harsh Australian climate to help create UN.TANGLED, and selected a series of native Australian ingredients that were all proven to flourish in harsh conditions. UN.TANGLED is part of our HYDRATE regimen, and the perfect leave-in treatment for curly, wavy or frizzy hair that delivers soft, silky hydration with the added benefit of heat protection.
Beneficial Ingredients
A carefully selected blend of 6 highly beneficial Australian Fruit Extracts (Desert Lime, Australian Round Lime, Illawara Plum, Australian Finger Lime, Burdekin Plum and Kakadu Plum) were chosen for their resilience to harsh climate conditions and their hydrophilic properties.
Packed with an abundance of antioxidant and vitamin goodness, Bamboo Extract is also a rich source of mineral nourishment, and a key ingredient to help protect the integrity of hair health.
A native of Australia, Tasmannia Lanceolata Leaf Extract helps provide soothing and protective properties to the scalp. Aniseed Myrtle, another Australian native, helps boost shine, strength and also increases the feel of hairs elasticity. Full of antioxidant Vitamins A, C and E, and known for its beneficial anti-ageing benefits, Australia's Wild Rosella Flower helps fight oxidation, and aids in hair repair - both inside and out.
Lactic Acid helps to relax and smooth surface hair.