Tiger Nut Oil

🌿 Description

Discover Tiger Nut Oil, a natural elixir extracted from Cyperus esculentus seeds by cold pressing in Tunisia.

Its lightweight texture, soft nutty scent, and richness in natural active compounds make it a versatile treatment for both skin and hair.

🌿 Slows Hair Regrowth

Tiger nut oil is known to help slow hair regrowth after waxing or shaving.

Thanks to its natural composition, it works on hair follicles and helps prolong smooth skin. With regular use after hair removal, it:

• slows the hair growth cycle

• reduces the frequency of hair removal

• helps prevent ingrown hairs

• soothes irritated skin immediately

🌸 Soothing & Regenerating

After hair removal, the oil calms redness, reduces inflammation, and helps the skin recover more quickly.

It leaves the skin soft, smooth, and comfortable, even on sensitive areas.

💧 Nourishing, Hydrating & Antioxidant

Ideal for dry or irritated skin, it:

• deeply nourishes

• protects against dehydration

• helps maintain skin elasticity

• supports youthful-looking skin thanks to vitamin E and natural antioxidants

🌞 Firming & Softening

Tiger nut oil improves skin firmness and leaves a velvety, satin-like finish.

Suitable for both face and body.

👶 Suitable for the Whole Family

Its exceptional gentleness makes it suitable for:

• adults

• teenagers

• even babies (avoid sensitive areas)

✨ How to Use

• Apply directly after hair removal, when follicles are open

• Massage until fully absorbed

• For best results: use regularly

• Can be used alone or mixed with essential oils

🔬 Why Does Tiger Nut Oil Slow Hair Regrowth?

1️⃣ Phytosterols

🎯 Action: help reduce inflammation and modulate follicle cell activity

📚 Ref: Rogers & Wang (2004), Journal of the American Oil Chemists’ Society

2️⃣ Essential Fatty Acids (Omega-6 & Omega-9)

🎯 Action: soothe the skin and reduce follicle stimulation

📚 Ref: Ziboh et al. (2000), Journal of the American College of Nutrition

3️⃣ Natural Antioxidants (Vitamin E)

🎯 Action: protect the skin from oxidative stress and may reduce hair thickness and frequency

📚 Ref: Evans & Bishop (1922), Science

4️⃣ Mild Enzymatic Action (Hypothesis)

🎯 Action: certain compounds may inhibit enzymes involved in follicular regeneration

📚 Ref: Botchkarev & Paus (2003), Experimental Dermatology