Good Clean Love
Good Clean Love Cocoa Mint Massage Candle, Creates An Aromatic & Intimate Massage Oil, 100% Natural, Made With Pure Essential Oils, Exotic Sweet & Balanced Warm Scent, Aphrodisiac Fragrances, 12 Oz
OKAY
Product Code:
B09K4NFJZM
UPC:
8.32925E+12
Package Quantity:
5.01 Ounces
Country Of Origin:
USA
₹7,413.00
Good Clean Love Cocoa Mint Massage Candle, Creates An Aromatic & Intimate Massage Oil, 100% Natural, Made With Pure Essential Oils, Exotic Sweet & Balanced Warm Scent, Aphrodisiac Fragrances, 12 Oz
₹7,413.00
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 Cocoa Mint Massage Candle Creates A Minty Aroma From A Blend Of Cardamom, Peppermint, And Amber 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 Ignite A Spark...The Mysterious Space Of Cool Heat. Enjoy The Spontaneity Of The Moment And Relish The Soul Of Minty Chocolate With This Unique Blend Of Cardamom, Peppermint, And Amber. 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