Anveya Hydrate & Nourish Conditioner 250Ml X Pack Of 2

Anveya Hydrate and Nourish Conditioner is a lightweight, silicone-free rinse-off conditioner for dry, damaged or frizzy hair. Its formula combines hyaluronic acid with a blend of oils and may help hair feel moisturised, soft and easier to manage after washing.

After washing your hair, apply the conditioner from the mid-lengths to the ends. Leave it on for 2 to 3 minutes, then rinse. Use after Anveya Hydrate and Nourish Shampoo. Anveya Hydrate and Nourish Hair Serum may be used afterwards for styling.

• Contains hyaluronic acid in lower and higher molecular weights.
• Includes a blend of argan, camellia seed, green tea seed, sunflower seed and sweet almond oils.
• Lightweight, silicone-free formula.
• Made without parabens, sulphates, ammonia or alcohol.

No serious side effects are listed in the available sources.

• For external use only.
• Avoid contact with the eyes.
• Keep out of reach of children and pets.
• Check for allergies or sensitivity before use.

• Hyaluronic acid: Hydrolyzed hyaluronic acid and sodium hyaluronate are listed forms that may help hydrate hair and lock in moisture.
• Oil blend: Argan oil, camellia seed oil, green tea seed oil, sunflower seed oil and sweet almond oil.
• Other listed ingredients: Ceteareth-20, cetostearyl alcohol, dimonium chloride disodium, EDTA, hydroxypropyl starch phosphate, hydroxystearic or linolenic or oleic polyglycerides of vegetable origin, lactic acid, phenoxyethanol and triethylene glycol.

• For dry, damaged or frizzy hair after washing.
• Suitable for fine to thick hair, including straight to curly hair.
• Use on the mid-lengths and ends, where hair may need conditioning most.

• May help lock in moisture, leaving hair feeling softer.
• May help keep hair tangle-free and maintain its shine.
• For heat-exposed hair, it may help provide a protective shield and control the appearance of split ends.
• May help reduce frizz and support hair that looks softer and more voluminous.
• May help protect hair from pollution-related damage and future breakage.