men-ü SLIC - Smooth Leave-In Conditioner
SLIC, Smooth Leave-In Conditioner, by Men-U.
A nourishing leave-in conditioner developed to smooth, hydrate and add natural shine to your hair. This multi-faceted formula is a leave-in treatment that can be used to improve manageability, reduce damage and improve hydrations levels. Men-U SLIC is fortified with Babassu Seed Oil and Panthenol to strengthen your hair and improve condition.
Men-U SLIC - Smooth Leave-In Conditioner features:
- Adds a silky texture and natural shine.
- Tames flyaways and prevents dehydration-induced damage.
- Lightweight formula suitable for use on all hair types.
- Can be used as a smoothing styling cream.
Men-U Smooth Leave-In Conditioner can be used on all hair types and lengths. Apply sparingly to dry or towel-dried hair.
We ship worldwide from our UK warehouse.
UK Delivery:
- Standard Delivery - 2-4 Days - £3.49, or FREE when you spend £30.
- First Class Delivery - 1-3 Days - £4.49, or £2.49 when you spend £30.
- Next Day Delivery - Order before 4pm Monday-Friday - £6.99
EU Delivery
All EU deliveries under €150 are sent with taxes and duties paid by us. There are no further charges for you to receive your order. If your order is over €150 the taxes will need to be paid by you to the delivery partner before delivery.
EU Delivery starts from €4.95. Please see our shipping policy here for transit times and prices.
Worldwide Shipping
For transit times and shipping costs, please see our shipping policy here.
Let customers speak for us
What customers think about the store
Highly-rated grooming retailer known for exceptional customer service, fast delivery (often next-day), competitive pricing, and quality products. Customers consistently praise prompt dispatch, excellent communication, careful packaging, and helpful staff. Wide...
AI-generated from customer reviews.
The latest insider info and male grooming guides from the experts
READ THE EDIT

Olverum Bath Oil: The Perfect Antidote to Hard Days

The Top 5 Body Products Keeping Us Fresh During The Heat-Wave














