More information about these soap molds along with easy to follow caring instructions:
Click on our FAQ.
Our heavy duty soap making molds are made of ABS
plastic and feature a convenient built-in funnel to
facilitate filling of the mold, also featured is a
precision channel designed to align the two mold halves
together, and eliminate leaking. Our designer soap making molds are
used to create striking Melt & Pour glycerin
soaps and unique Cold Process hand-made soaps.
Two 4" Heavy Duty Rubber Bands are
included with each two-part soap mold, which are used to
securely hold the mold together during use.
More Funky 3D Molds can be
found on our
Fun Stuff page
3D, FOUR Cavity Molds
Pour and release soap from mold. Using the same colored soap (or
clear soap base) drizzle melted soap onto the flat side of one
of the soaps. Join the second half by aligning it to the first
soap (the one with the drizzled soap). Gently, press the two
halves together and allow and allow the soap to set up until
firm. The soap drizzled between the two halves acts as glue and
holds the two pieces together for a 3-D soap
3D
SOFT SERVE CONE
4 cavities per sheet
Put two halves together to make a full
size soft serve ice cream cone. Measures 4 7/8 " from tip to
base x 2 3/4" at widest point x 1 3/8 " at deepest point. Each
cavity approximately 4 ounces.
Makes two 3-D ice cream cones once the halves are joined
(see instructions above).
Pour and release soap from mold. Using the same colored soap (or
clear soap base) drizzle melted soap onto the flat side of one
of the soaps. Join the second half by aligning it to the first
soap (the one with the drizzled soap). Gently, press the two
halves together and allow and allow the soap to set up until
firm. The soap drizzled between the two halves acts as glue and
holds the two pieces together for a 3-D soap
3D DOUGHNUT MOLD
6 Cavities per sheet
Measures 3" in diameter x 5/8" deep. Each half is approximately
1.6 ounces. Joining two halves will give a depth of 1 1/4".
Makes three 3-D doughnuts once the halves are joined (see
instructions above).
