Five beach-inspired scents. One perfect little escape. π
Can't choose just one? You don't have to.
The Beach-Inspired Lotion Sampler Set brings together five 2 oz Sonny & Dew lotions in one beautifully packaged collection. It's the perfect way to discover your favorite Sonny & Dew scent, keep a little moisturizer everywhere you need it, or give someone a little piece of the beach.
Each lotion is made with Shea Butter, Aloe Vera and Vitamin E to help moisturize and leave skin feeling soft, smooth and beautifully scented.
π DAY AT THE BEACH β 2 OZ Our signature scent and Sonny & Dew favorite. A fresh coastal fragrance inspired by warm sand, sea spray and those carefree days spent by the water.
π PINK SUGAR SANDS β 2 OZ Sweet, playful and beachy. A deliciously sweet fragrance with a soft, feminine feel that's perfect when you're craving a sweeter kind of beach day.
π₯₯ MAHOGANY COCONUT β 2 OZ Warm, tropical and inviting. A richer take on a tropical coconut fragrance that brings island vibes wherever you go.
π RASPBERRY VANILLA SANDS β 2 OZ Juicy raspberry meets soft, creamy vanilla for a sweet and fruity fragrance that's bright, smooth and irresistible.
ποΈ SANDCASTLE β 2 OZ A warm coastal scent inspired by ocean air, sunshine and the happiness of a beautiful day spent at the beach.
WHY YOU'LL LOVE IT
β’ 5 different beach-inspired scents β’ 2 oz each β 10 oz total β’ Made with Shea Butter, Aloe Vera + Vitamin E β’ Helps leave skin feeling soft and moisturized β’ Perfect sizes for purses, desks and travel bags β’ An easy way to discover your favorite Sonny & Dew scent β’ Beautifully packaged and ready for gifting β’ Great for birthdays, holidays, hostess gifts and beach lovers β’ Handcrafted by Sonny & Dew
SET INCLUDES: 1 Γ Day at the Beach Lotion β 2 oz 1 Γ Pink Sugar Sands Lotion β 2 oz 1 Γ Mahogany Coconut Lotion β 2 oz 1 Γ Raspberry Vanilla Sands Lotion β 2 oz 1 Γ Sandcastle Lotion β 2 oz
5-Piece Set β’ 2 oz Each β’ 10 oz Total
Make Every Day Feel a Little More Like a Beach Day.β’
Sonny & Dew β We Bottled the Beachβ’

