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How Do You Make Candles in Sand?

Published in Candle Making 3 mins read

Making candles in sand is a creative way to craft unique candles, often incorporating natural elements like shells. The basic process involves pouring hot wax into a hole you've made in the sand.

The Core Technique

Creating a sand candle is surprisingly simple, leveraging the sand itself as the mold.

Here's the fundamental approach:

  1. Prepare Your Sand: Find a suitable area with sand, either outdoors or in a container. The sand should be damp enough to hold its shape when you create a hole.
  2. Dig the Mold: Make a hole in the sand. The size and shape of this hole will determine the final form of your candle.
  3. Prepare the Wick: Secure a candle wick so that it will hang down into the center of the hole you've created in the sand. You can often tie the wick to a stick or pencil laid across the top of the hole.
  4. Pour Hot Wax: Carefully pour hot wax into the hole in the sand. The sand acts as the mold, containing the liquid wax.
  5. Let it Cool: Allow the wax to cool and solidify completely.
  6. Remove from Sand: Once hardened, gently dig the candle out of the sand. Brush away any excess sand.

Adding Shells for Decoration

A popular variation of sand candles involves incorporating shells, which are described as a very important part of the process according to some methods.

To make a sand candle with shells:

  • Dig the hole in the sand as described above.
  • Line the hole with carefully arranged shells. You can use random shells or just one kind to create a specific pattern or texture on the outside of the candle.
  • Ensure the shells are pressed firmly against the sand walls so they are held in place.
  • Pour the hot wax into the shell-lined hole, making sure it flows around and behind the shells.
  • Insert your prepared wick.
  • Let the wax cool and solidify.
  • Remove the candle and brush off any remaining sand.

By lining the hole with shells, you end up with a candle that has a decorative layer of shells embedded on its exterior surface as the wax cools around them.

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