Showing posts with label holiday soap. Show all posts
Showing posts with label holiday soap. Show all posts

08 September 2011

Testing, Testing S.O.A.P. Fragrances 7 & 8

The third time is the charm! Since I CPOP (cold process oven process) most all of my soap I figured whipping up these Soap Pops for Bramble Berry's Fall S.O.A.P. Panel would be a breeze. Well, there is a bit of a learning curve for CPOPing single cavity molds (tips below).  First, the good part- thoughts on the last two Bramble Berry Fragrances.

Scent #7-  Evergreen Boughs

Initial Reaction- inviting and full bodied. Full of spruce, juniper and fir and maybe just a hint of citrus (bergamot?). #7 brings back childhood memories of hiking through the snow on a crisp, wintry day to find the family Christmas tree. 

After Thoughts- This scent soaped beautifully. It did set up a bit fast after pouring, so it may speed trace a bit with warm oils. So far, there is no noticeable discoloration. Colored with chromium green oxide.


Scent #8-  Hearthside

Initial Reaction- this reminds me of a campfire, fireplace- smoke and leather. Warm & intriguing.

After Thoughts-  I was worried that this fragrance would be lost in the soap. It actually disappeared when I first mixed it into the soap batter. Surprisingly, after unmolding, the fragrance is holding strong. This fragrance had a long play time. I had to wait about 10 minutes after pouring before the soap was firm enough to hold up the craft sticks. The uncolored soap has turned a nice light cream color so far. Colored with gold mica.


I'll update in a few weeks on how the scents and colors are behaving. I'm also going to play around with my leftover fragrances in some other goodies. I am having a blast so far. Thanks, Bramble Berry!


Tips for CPOPing Single Cavity Silicone Molds

11 minutes seems to be the magical number to leave the oven on at 170 degrees for molds about 3 ounces in size. Then, turn the oven off and let soaps sit in the oven overnight or several hours until cool.

For more noticeable swirls, pour at a thicker trace into deep molds.