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FAQs

Below are questions most commonly asked:

1. What is soy wax and how is it different from paraffin wax?

Soy wax is a plant-based wax extracted from soy bean and is vegetarian and vegan-friendly.  On the other hand, paraffin wax is a petroleum-based wax which has been refined to achieve a non-toxic, clean-burning fuel. 

2. Why should I choose soy wax candles?

Soy candles are natural, renewable, biodegradable and non-toxic. It has a lower melting point and burns longer than paraffin wax.

3. What does Phthalates-free mean in fragrance oils?

Phthalates are chemical plasticizers that have been widely used to soften plastics that would otherwise be brittle and crack when bent. They are used to dissolve raw materials when making fragrance oils. The fragrance oils used by The Burning Wic are Phthalate-free.

 4. What is the average burn time for soy candles?

The burn time for soy candles varies based different variables, such as wick size, fragrance and type of soy wax used. For smaller candles with smaller wicks, they burn an average 7-9 hours per ounce of wax. Larger candles have large wicks which uses more wax to burn. They burn about 5-7 hours per ounce. Basically, an 8oz candle can burn up to 40hrs (i.e. net weight of 7oz x 9 hours). 

5. Why is my candle only burning down the middle?

The first burn is most important as you need to let the candle burn 3-4 hours until you have 1/2 inch melt pool. Soy wax has a "memory" and helps to avoid the candle from "tunneling" down the center of the container and may cause you not to get the best scent throw.

6. Can I get a refund if I don't like my scent?

Please refer to the Refund policy for refunds. If you're unhappy with the scent chosen,  DO NOT burn the candle. Send us an email at wecare@theburningwic.com or give us a call at 571-535-4627. 

7. Why should I keep the wick trimmed? 

Keeping the wick trimmed to 1/4 of an inch at all times helps control the amount of “fuel” or wax that is present. By keeping the amount of fuel limited, the flame will create ideal complete combustion where carbon particles are absorbed by the flame.