This unique reusable closet/wardrobe air/room freshener wax tablet is designed for long lasting fragrance release profiles for greater aroma experience! The reusability and reinfusability makes the product eco-friendly and sustainable option to the classic single use wax tablets.
In this product the wax tablet is infused with small seashells making the product with unique texture, appealing aesthetics combined with pleasant aroma profiles. The air freshener works great in refreshing small spaces including but not limited to closets/wardrobes, reading/study room, home office, laundry room, yoga/mediation room.
The product is made primarily from 100% natural soy wax and beeswax, terracotta claystone etc. The terracotta claystone disk at the center of the wax tablet acts as aroma oil absorber and diffuser.
The highly porous surface texture of the terracotta claystone allows for the trapping of added essential oils and lets the fragrance oil to diffuse slowly into the surrounding environment via passive dry diffusion.
How to use:
Remove the wax tablet from the package and add few drops of the sample fragrance/essential oil on to the terracotta claystone and then hung it in the closet/wardrobe or any other small room. Continue reusing the wax tablet by adding your favorite essential oil as and when needed.
Maintenance:
While not in use protect it from light, heat, moisture, and dust by placing it in the sealed container. Do not add water or water-based solutions. Just use dry paper towel or soft cloth for cleaning.
Disposal Procedures:
Since the product is made of natural materials it can be safely discarded upon end of usage by soaking in hot water and then discarded as soil/solid waste. Wax material can be used for candle making applications.
Disclaimer:
Please be aware that the product and the associated essential oils should be kept away from children, pets, and anyone with sensitivity issues. Keep the product away from direct sunlight, active heat and electricity sources. The product is handmade so minor imperfections and color variations are inherent to the preparation step
