Himalayan Nettle Silk - natural vegan soap

Handcrafted natural vegan soap

For all skin types

Perfect for a touch of luxury at any sink.

Smells like - zingy lime and patchouli.

• Himalayan Nettle silk has antimicrobial and antibacterial properties.
• Shea and cocoa butter deeply moisturise and nourish the skin, creating a barrier to keep dry skin hydrated.
• Our in-house essential oil blend of lime and patchouli offers grounding benefits for your well-being.
• Gentle exfoliation from kaolin clay gently removes dead skin cells.
• Luxurious nourishment for your skin.

Indulge in our natural soap that cares for your skin and enhances your bathing experience. Our handmade soaps are all made from carefully selected plant-based oils and butter that do not obstruct your pores, leaving your skin soft and smooth. This unique blend of ingredients provides gentle exfoliation, eliminating impurities and promoting a smoother complexion. These ingredients purify and rejuvenate the skin, leaving it radiant.

Why choose Himalayan Nettle Silk natural vegan soap?

Himalayan Nettle Silk Natural Plant Silk Soap, enriched with the goodness of Himalayan Rhubarb root powder and Himalayan Nettle fibre leaf extract is a unique soap and the first of its kind. Our Silk Heritage Collection was created to pay homage to the silk heritage of the town of Macclesfield - the home of Silktown Soap Company.

Why choose Silktown Soap Company?

Unlike other brands, we do not use palm oil, synthetic fragrance or artificial colour in our handmade recipes. All our recipes are natural and plant-based, so you can enjoy little moments of botanical-infused goodness and then get on with your day. We also do not use any plastic in our packaging. You can trust us to deliver botanical handmade products that are safe for you, your family and the environment.

Where can Himalayan Nettle Silk natural vegan soap be used?

This natural vegan soap is suitable for your hands, face and body.

*Due to the nature of natural ingredients, colours may vary or fade.

This does not alter the other properties of the product.