Tisserand Aromatherapy Total De-Stress Pulse Point Roller Ball 10ml








Get Wed 8 Oct - Thu 9 Oct
- In Stock
- 30 Day Returns
- 24h Dispatch
Product Description
When life gets busy and your mind feels overwhelmed, the Tisserand Aromatherapy Total De-Stress Pulse Point Roller Ball offers a soothing escape. This carefully crafted blend combines the uplifting aroma of sweet Orange with the balancing notes of Geranium and the gentle warmth of Nutmeg. Together, these essential oils work harmoniously to help ease feelings of anxiety and promote a calm, centred mindset.
This convenient roller ball is designed to be effortlessly portable, making it easy to carry around in your pocket, handbag, or desk drawer. Whenever you need a moment of calm during a hectic day, simply roll it onto your pulse points and breathe deeply. Its subtle fragrance gently envelops you, bringing a sense of peace wherever you go.
Tisserand Aromatherapy has created this blend to support your wellbeing in a natural and accessible way. Whether you’re at work, travelling, or simply winding down after a busy day, the Total De-Stress Pulse Point Roller Ball is the perfect companion for finding balance and relaxation whenever you need it most.
Product details
Ingredient Highlights: Natural.
Formulated without: Colourants, fragrance and gluten.
Made In: Sussex, UK
How do I know if I’m saving with Cosmetify?
Our saving across Tisserand Aromatherapy is currently 22.40%, on Tisserand Aromatherapy Total De-Stress Pulse Point Roller Ball you are saving £1.75 which works out at 19%
Is Tisserand Aromatherapy Total De-Stress Pulse Point Roller Ball formulated without fragrance?
Total De-Stress Pulse Point Roller Ball by Tisserand Aromatherapy is fragrance-free
Delivery & Returns
Products over £25.00 qualify for free standard delivery with allbeauty, otherwise there is a charge of £3.95 with orders usually arriving within 2-3 days of dispatch. Shipping available to UK addresses only.
This retailer has a 30 day return policy, see checkout for up-to-date conditions.