With the coldest winter in years here in the Midlands of KZN, South Africa it seemed apt to make a snowball! Today, I will share with you how to make a ‘snowball’ of soap containing a shower scrunchie. This strawberry shower ball is your soap and scrub all in one. Have fun with different colours and fragrances and spoil those close to you with your creations.
- Snowball mould – 2x half rounds
- Fragrance of choice (I used a Berry Blend)
- Clear M and P soap base
- Poppy seed
- Shower scrunchie on a roap
- Jugs, chopstick/stirrers, scale, spraying alcohol, micro-wave
- Chop M and P into jug, and melt in 30 second bursts until just liquid
- Add fragrance - guideline 2% of soap weight and stir (see TIP below!)
- Add half a teaspoon of poppy seed – this will create the strawberry look
- Fill the first half round mould to two thirds with the melted soap and spritz immediately with alcohol to remove obvious bubbles
- Re-heat your jug of soap until just liquid
- Fill the second half round mould to almost full with the melted soap and spritz immediately with alcohol to remove obvious bubbles
- Leave to stand for 30 minutes or until mould is cool to the touch
- Gently remove both moulds – if resisting, leave for a further 10 minutes - and expose your snowball of strawberry soap, with scrunchie, all on a roap!
Take photos and share with me (firstname.lastname@example.org) – I would love to see your creations!
As always, I learnt some valuable tips that I would like to share with you.
- Remember to position your mould in something suitable to stop it rolling, and where it can remain unmoved for the cooling time. DO NOT MOVE!
- To gauge whether your soap is ready to pour or not, hold jug firmly between hands and it should be a comfortable heat. Allow it to form a thick skin, 'pull' to the side with your stirrer and pour.
- You will notice that the poppy seeds sank to the bottom of the mould during my first pour. In order to get the poppy seeds to hang in suspension as in the second pour, the M and P soap must be at a slightly cooler temperature. This you will learn to gauge over time.
I hope you have as much fun as I did!!