SPA FRAGRANCE SPA LAB ZODIAC JASMINE FRAGRANCE
$ 47.54
SPA FRAGRANCE SPA LAB ZODIAC JASMINE FRAGRANCE Product Description: Indulge your senses and transform your spa sessions with the calming scent of Spa Lab Zodiac Jasmine Fragrance. This premium spa fragrance is specially designed to create a serene and inviting atmosphere, turning every soak into a rejuvenating escape. Just a few scoops into your water deliver the sweet, floral aroma of jasmine that lingers gently without affecting water chemistry. Made from high-quality ingredients, this long-lasting fragrance is pH-neutral and safe for all types of spa and hot tub systems. Whether you’re winding down after a long day or simply want to infuse your water with elegance, Spa Lab Jasmine is your go-to wellness companion. Key Features: Soothing Jasmine Aroma – Fills your spa with a soft, floral scent perfect for relaxation. pH Neutral Formula – Will not disrupt the water balance or affect spa chemicals. Easy to Use – Simply add a few scoops to your spa or hot tub water. Long-Lasting Fragrance – Designed to linger without being overpowering. Safe for All Spa Types – Compatible with all modern spa and jacuzzi systems.
Related products
-
GAOTek Pathfinder Aerial Delivery SystemContact Us
This 3% alpaca / 5% wool / 50% recycled polyester / 39% polyester / 3% spandex blend merges luxury and sustainability with high-performance attributes.
-
Dual Engine Power RC Plane with Quick Release Wing Design – GAOTekContact Us
Metallic yarn is widely used in fashion, embroidery, gift packaging and other industries, as well as the processing of knitted wool, yarn, knitted fabric, warp knitted fabric, woven fabric, clothing a
-
GAOTek AirBlade Propel VTOL WingContact Us
This 60% cotton / 40% acrylic blend combines the natural softness and breathability of cotton with the warmth, lightweight feel, and easy-care properties of acrylic.
-
GAOTek General Purpose Long Range Fixed-Wing DroneContact Us
This **7% wool / 58% polyester / 35% recycled polyester** blend strategically combines natural and synthetic fibers for performance-driven warmth.