- Hair Care
- Styling Products
- Gels & Waxes
- American Crew Matte Clay
Get Mon 13 May - Tue 14 May
Order within 7 hrs, 12 mins
- In Stock
- 30 Day Returns
- Fast Delivery Options
Product Description
If you're looking for a hair product that gives you long-lasting hold while still being easy to work with, there's no better choice than the Matte Clay from American Crew, a brand known for their high-performing male grooming products.
The texturising clay gives you medium to high hold on short to medium length hair, settling into a silky matte finish that looks totally natural. Plus, the water-based formula makes it easy to apply and easy to wash out, and won't leave you with any greasy residue.
For a natural look in any style you desire, use this creamy clay from American Crew.
This product goes well with American Crew Ultramatte.
Written by Gabriella Buckner, Beauty Editor
Product details
Hair Type: Formulated for all hair types
Hair Concern: Oily/greasy, dry
Ingredient Highlights: Contains clay and kaolin.
Good to know: This product is cruelty free.
Ingredient Features
The kaolin contained in this hair styling item by American Crew is ideal for anyone looking to absorb excess oil from the scalp and to remove impurities from the hair follicles. There is also clay contained in this product which helps to remove toxins from hair strands and to add moisture and hydration.
What does American Crew say?
"Our texturizing formula provides a workable medium hold and a silky matte finish that easily helps create a wide range of hairstyles."
How long will it last?
About five weeks.
How do you use it?
- Work a small amount evenly through dry or towel-dried hair
- Style as desired
Delivery & Returns
Products over £62.00 qualify for free standard delivery with Scentsational, otherwise there is a charge of £2.95 with orders usually arriving within 1-5 days of dispatch. Express/Next day delivery option available. Shipping available to UK addresses only.
This retailer has a 30 day return policy, see checkout for up-to-date conditions.