Naked Shampoo Bar
A pure, gentle care solution for hair and scalp, designed for those who prefer or require fragrance-free haircare. This minimalist bar offers clean performance without added scents.
Key Features
- Crafted using the traditional cold-process method.
- Blends cold-pressed oils and butters with organic apple cider vinegar.
- Gently lifts product build-up and restores natural shine.
- Naturally rich in glycerin to attract and retain moisture.
- 100% natural and vegan.
- Free from added fragrance and essential oils.
Specifications
| Brand | Sheffield Skincare Company |
|---|---|
| Product Type | Shampoo Bar |
| Method | Cold-process |
| Key Ingredients | Cold-pressed oils, butters, organic apple cider vinegar, glycerin |
| Formulation | Fragrance-free, Vegan, 100% Natural |
| Origin | Handmade in Sheffield |
FAQ
Is this shampoo bar suitable for sensitive scalps?
Yes, it is ideal for sensitive scalps or those avoiding scent, as it is free from added fragrance and essential oils.
Does the product contain any artificial fragrances?
No, the Naked Shampoo Bar is fragrance-free and does not contain added essential oils.
How is the shampoo bar made?
It is lovingly handmade in the Sheffield workshop using the traditional cold-process method.
Is the product vegan?
Yes, the product is 100% natural and vegan.
Nicola Mackay –
I have a very sensitive scalp and react to almost every shampoo with fragrance. This bar is a game changer. It cleanses well without stripping my hair, and I love that there is zero scent. My hair feels soft and hydrated after use.
Maria Parr –
Great for those who want to go fragrance-free. The texture is nice and it lathers reasonably well. I noticed less product build-up after a few weeks. It’s a bit firm at first, so make sure to keep it dry between uses to make it last longer.
Hannah Mathis –
Finally a shampoo bar that doesn’t smell like a perfume bottle. The apple cider vinegar ingredient seems to help with shine. My hair looks healthier and feels lighter. Highly recommend for anyone with sensitivities.