Good Clean Love
Good Clean Love Spicy Citrus Massage Candle, Melts Into An Aromatic & Intimate Massage Oil, 100% Natural, Made With Pure Essential Oils, Exotic Bright Citrus Scent, Aphrodisiac Fragrances, 2 Oz
OKAY
Product Code:
B09K4NN2WJ
Package Quantity:
2.89 Ounces
Country Of Origin:
USA
₹3,623.00
Good Clean Love Spicy Citrus Massage Candle, Melts Into An Aromatic & Intimate Massage Oil, 100% Natural, Made With Pure Essential Oils, Exotic Bright Citrus Scent, Aphrodisiac Fragrances, 2 Oz
₹3,623.00
Natural Aphrodisiac: Designed To Melt Into A Pool Of Sensuous Oil; These Handmade Candles Infuse The Space Around You With A Warm, Inviting Path To Pleasure-Inducing Massage Within 30 Minutes
Exotic Fragrances: Kindle Sensual Sensations As Scent And Touch Become Inseparable. Our Spicy Citrus Massage Candle Creates A Fruity Aroma From A Blend Of Citrus, Nutmeg, And Frankincense
All-Natural Ingredients: Our Massage Candles Are Cruelty-Free, Vegan, And Free Of Any Chemical Additives, Artificial Fragrance Or Dyes. Handmade In The Usa
Eco-Friendly: Our Massage Candles Have Low Burning And Melting Temperatures And Contains A Clean Burning, 100% Cotton Wick For Safe And Eco-Friendly Use. These Candles Are For External Use Only
Kindle Desire...Bright, Balanced Citrus With A Warming Glow. Release Your Pent Up Emotions And Experience The Freedom Of Letting Go Into This Moment With A Unique Blend Of Citrus, Nutmeg, And Frankincense. Our Massage Candles Are Made With Skin Nourishing Organic Oils And Exotic Blends Of Aphrodisiac Essential Oils. Designed To Melt Into A Pool Of Sensuous Oil, These Handmade Candles Infuse The Space Around You With A Warm, Inviting Path To Pleasure-Inducing Massage. Each Scent Has Been Carefully Crafted To Stimulate The Senses First As A Subtle But Pleasant Mood-Setting Aroma Then, When Put To The Touch, As A Robust And Pleasurable Aphrodisiac Fragrance. Warning: Extinguish Flame Before Using Warm Massage Oil. Never Leave A Burning Candle Unattended. Keep Away From Children, Pets, And Debris. Place On A Stable, Heat Resistant Surface