Aveda Shampure Conditioner - 250ml

Aveda Shampure Nurturing Conditioner is formulated with 98% naturally derived ingredients, including Abyssinian oil, coconut oil, and shea butter. These components work together to detangle, add shine, and provide weightless, long-lasting nourishment to the hair.

Yes, this conditioner is designed for all hair types and textures. Its lightweight formula provides nourishment without weighing down the hair, making it suitable for daily use.

The conditioner features Aveda's signature calming aroma, composed of 25 pure flower and plant essences, including certified organic lavender, petitgrain, and ylang ylang. This blend provides a soothing sensory experience during use.

Yes, this conditioner is free from silicones, parabens, phthalates, synthetic fragrances, mineral oil, petrolatum, formaldehyde, and animal ingredients, aligning with Aveda's commitment to natural and sustainable products.

After shampooing with Aveda Shampure Nurturing Shampoo, massage the conditioner into wet hair, focusing on the ends. Leave it on for 2-3 minutes to allow the nourishing ingredients to penetrate, then rinse thoroughly.

Aveda is committed to sustainability. The conditioner is 98% naturally derived and the packaging is designed to reduce environmental impact. For example, the litre-sized bottles use up to 28% less plastic compared to standard sizes.

Yes, this conditioner is safe for color-treated hair. Its gentle, naturally derived formula helps maintain hair color while providing nourishment and shine.

Yes, Aveda Shampure Nurturing Conditioner is both vegan and cruelty-free, containing no animal-derived ingredients and not tested on animals.

The conditioner is available in multiple sizes, including 50ml (travel size), 250ml (standard size), and 1 litre (economical size). The litre size offers cost savings and uses less plastic per ounce.

While primarily designed for detangling and adding shine, the nourishing ingredients like Abyssinian oil and shea butter can help smooth the hair cuticle, potentially reducing frizz.