The essence of the exotic combining all that summer dreams are made of. From the warm sand and coconut of sunny days spent at the beach and balmy summer nights.
Australia is all about spending time at the beach, and the Surf range was designed to bring the beach to your home, not to mention all the wonderful emotions the beach evokes. The Salt Sand Sea Soy Candle will add feeling of surf, beach and summer to your place. This fragrance will remind you of Hawaiian Tropic sunscreen and the saltiness of the sea. With an 80 hour burn time, Elume’s surf soy candles provide long lasting fragrance that can be enjoyed in any environment.
Your elume surf range candles and diffusers are crafted with superior Australian-made fragrances that will offer endless hours of exquisite opulence with little care.
When lighting your elume candle for the first time, allow your candle to burn until the soy wax melts across the entire surface of the jar. Creating this smooth burn will prevent tunnelling and allow your candle to last longer. Wicks should be trimmed with a wick trimmer or scissors before every use to approximately 6mm. If the wick is too long, mushrooming can occur, which will result in black soot. Avoid blowing your candle out and instead extinguish with a snuffer or dip the wick into the melted wax, then straighten it back up. When the candle only has 1cm of wax left, discontinue use. Place your candle on a heat resistant surface, away from draughts and out of reach from children, pets and flammable materials. Do not exceed a burning time of 4 hours as well as never leave a burning candle unattended.
Your luxury elume reed diffuser will refresh any room with its gorgeous aroma for months and months. For best results of your diffuser, position away from draught and direct sunlight. To maintain the intensity of the fragrance it is best to turn the reeds weekly. Keep away from sources of high heat or open flames. Keep away from children and pets. Avoid contact with skin and eyes. Ensure the product does not come into contact with porous surfaces.