Candle Stearin Angel Wings Light Blue Unscented - 21x6.5 Cm

unscented fair trade candle made from sustainable palm kernel wax (stearin).both the candle and packaging are produced in an environmentally friendly way.  perfect for rituals mindfulness practices or as a spiritual journey through the year or a special cycle. angel wings: protection and guidance.as you light this call upon your guardian forces—angels guides ancestors. Feel their wings around you lifting you. Offer a silent thank you for unseen protection and gentle nudges toward your highest path. about the product100% natural stearin candle from sustainable farming.in recycled glass & recycled cardbord box.burning time: approximately 100 hours.cotton wick stable flame no smoke.cork coaster included.unscented. lighting a candlein many traditions in our world lighting a candle implies a sacred act which means more than words can say; it is all about gratefulness. From time immemorial man has been lighting candles in sacred places. Perhaps you would like to start or end your day with this simple ritual - the lighting of a candle with attention for yourself and others.   handmade and fair trade from indonesiamade from rspo certified palm wax from the kernel of the palm fruit. A 100% vegetable wax from sustainable agriculture. Little smoke with cotton wick.handmade in indonesia by a wfto certified fairtrade company providing work for as many people as possible. About eighty percent of the employees are women. The packaging is made from recycled paper and the candle is poured in recycled glass.  instructions for useburn at least one hour per inch of candle diametre each time the candle is lit to ensure the best burning efficiency.do not burn for longer than 4 hours at any one time.trim wick to ¼” (0.5 cm) each time you light the candle.discontinue use when ½” (1.3 cm) wax remains in bottom.  attention!place out of reach of children and pets.do not place in a drafty place this will shorten the burning time.do not leave a burning candle unattended.always place on a heat resistant surface.