Roger & Gallet Rose Wellbeing Soap 100g
Get Tue 26 Nov - Tue 26 Nov
- In Stock
- 28 Day Returns
Product Description
Indulge your senses with the enchanting Roger & Gallet Rose Wellbeing Soap, a delightful creation inspired by the serene beauty of an Indian garden. This gentle perfumed soap envelops you in a captivating bouquet that evokes the soft elegance of silken saris from Bengal. With each use, you’ll experience the magic of its delicate fragrance, which brings a touch of secret sensuality to your daily routine. The soap's luxurious texture glides effortlessly over your skin, leaving it feeling pampered and refreshed.
Crafted through a unique manufacturing process, Roger & Gallet soaps are renowned for their exceptional quality and soothing properties. The exquisite fragrance is a testament to the brand's rich heritage, dating back to 1862, where beauty rituals and well-being fragrances have been perfected over generations. Each bar is infused with distilled precious essences, designed to uplift your spirit and promote a sense of happiness. Treat yourself to the indulgence of Roger & Gallet Rose Wellbeing Soap and transform your bathing experience into a moment of pure bliss.
Product details
Ingredient Highlights: Natural.
Made In: Paris, France
Roger & Gallet bio
Roger & Gallet produce endless lines of luxurious fragrances and body care products using 95% natural ingredients, each blending seamlessly to create a wave of positive energy. The intoxicating aromas and gorgeous packaging make it the perfect gift for him or her.
What am I saving with Cosmetify?
Our saving across Roger & Gallet is currently 19.55%, on Roger & Gallet Rose Wellbeing Soap you are saving £0.75 which works out at 10%
Delivery & Returns
Products over £20.00 qualify for free standard delivery with Landys Chemist, otherwise there is a charge of £3.00 with orders usually arriving within 2 days of dispatch. Shipping available to UK addresses only.
The returns policy for this retailer is around 28 days, see their website for further information.