Description Paul Mitchell Tea Tree Lemon Sage

Does not contain any ingredients of animal origin.More information

Vegan

Practical size suitable for travel.More information

Travel size

Hair type	fine hair, all hair types
Active ingredients	Tea Tree Oil
Scalp skin type	all scalp types
Packaging size	travel pack (up to 100 ml)
Area of use	hair
Product sustainability and ethics	Suitable for vegans

Make room on your bathroom shelf for a shampoo that can do wonders for your hair. Paul Mitchell Lemon Sage Thickening Shampoo™ energizing shampoo will help you achieve your dream of rich-looking thick hair.

The shampoo effectively strengthens all hair strands and helps you with split ends at the same time. All this with a pleasant refreshing fragrance full of energy that will refresh you, your hair and your mind.

Characteristics:

helps lift fine hair to make it look thicker
cleans hair effectively
leaves a sensation of strengthened and healthy-looking hair
special formula promoting hair volume
protects hair from split ends
has a fresh lemon, sage, mint and tea tree fragrance
also suitable for colour treated hair

Ingredients:

panthenol – helps protect hair and strengthen it
lemon and sage
with UV protection
vegan

How to apply:
Apply the required amount of shampoo to your damp hair. Lather and rinse off thoroughly.

Ingredients Paul Mitchell Tea Tree Lemon Sage

Complete ingredients list

WATER, SODIUM LAURETH SULFATE, SODIUM LAURYL SULFATE, COCAMIDE MEA, SODIUM CHLORIDE, SODIUM XYLENESULFONATE, PANTHENYL ETHYL ETHER, PANTHENOL, LAVANDULA ANGUSTIFOLIA (LAVENDER) OIL, MENTHA PIPERITA (PEPPERMINT) OIL, MELALEUCA ALTERNIFOLIA (TEA TREE) LEAF OIL, SALVIA OFFICINALIS (SAGE) OIL, CITRUS MEDICA LIMONUM (LEMON) PEEL OIL, POLYQUATERNIUM 10, DISODIUM EDTA, CITRIC ACID, METHYLCHLOROISOTHIAZOLINONE, METHYLISOTHIAZOLINONE, MAGNESIUM CHLORIDE, MAGNESIUM NITRATE, FRAGRANCE, LIMONENE, CITRAL

The manufacturer is responsible for the ingredients of the product. We recommend checking the list of product ingredients directly on its packaging due to potential changes.