What you’ll need:

7 oz. Canola Oil

7 oz. Coconut oil

10.5 oz. Olive Oil

7 oz. Palm Oil

3.4 oz. Hazelnut Oil

4.8 oz. Sodium Hydroxide

11.5 oz. distilled water

Aqua Pearl mica

Red Lab Color

Titanium Dioxide

Fragrance Oil Blend of: 1.5 oz. Blackberry Cybilla and .6 oz. Champagne Fragrance Oil

10” Silicone Loaf Mold

Optional: 5 Easy Pour Mixing containers and droppers

Click here to add everything you need for this project to your Bramble Berry shopping cart!

If you’ve never made Cold Process soap before, stop here! I highly recommend checking out our FREE four part SoapQueen.tv series on Cold Process Soapmaking, especially the episode on lye safety. And if you’d rather do some reading, Bramble Berry carries a wide range of books on the topic, including my newest book, Soap Crafting. You can also checkout the digital downloads for that instant gratification factor.

SAFETY FIRST: Suit up for safe handling practices! That means goggles, gloves and long sleeves. Make sure kids, pets, and other distractions and tripping hazards are out of the house or don’t have access to your soaping space. Always soap in a well-ventilated area.

COLOR PREP: To ensure that the Titanium Dioxide blends smoothly into the Lab Color, we recommend micronizing it before dispersing it in oil. To micronize colorant, simply use a coffee grinder to blend the colorant to break up any clumps of color and prevent streaks of white from showing in the final soap. We like to use a coffee grinder that has a removeable, stainless steel mixing area for easy cleaning. Then, disperse 2 teaspoons of the colorant into 2 tablespoon of Sunflower or Sweet Almond Oil (or any other liquid oil). Use a mini mixer to get clumps worked out smoothly. You’ll also need to dilute a small bottle of Red Lab Color in 8 oz. of water. If you have never diluted Lab Colors before, check out this blog post.

FRAGRANCE PREP: In a glass container, combine the Blackberry Cybilla and Champagne Fragrance Oils. Give the mixture a good stir, and then set it aside.

ONE: Slowly and carefully add the lye to the water and gently stir until the lye has fully dissolved and the liquid is clear. Set aside to cool.

TWO: Combine the Canola, Coconut, Olive, Hazelnut and Palm oils (remember to fully melt then mix your entire container of Palm Oil before portioning). Once the lye water and the oils have cooled to 130 degrees or below (and are ideally within 10 degrees of each other), add the lye water to the oils and stick blend until thin trace. If you’d like a harder bar of soap that releases faster from the mold, you can add Sodium Lactate to the cooled lye water. Use 1 teaspoon of Sodium Lactate per pound of oils in the recipe.

THREE: Measure 9 oz. of soap batter into the 5 additional containers. Leave the remaining 5 – 6 oz. of batter in the original container and set it aside until step 13.

FOUR: The gradient will go from darkest to lightest, so begin by adding 15 mL of diluted Red Lab Color to one container of soap batter to form the first layer. Add roughly 1/5 of the fragrance oil blend and stir with a wire whisk or spatula. Once the colorant and fragrance have been fully incorporated into the batter, pour the soap into the mold. Tamp the mold on the table to disperse bubbles.

FIVE: To create the mica vein, use a powder duster to sprinkle a thin layer of Aqua Pearl Mica over the freshly poured red soap. Sprinkling too much mica can cause your layers to separate, so take extra care to achieve just a light dusting of mica. Then, still wearing your goggles, close your eyes and gently blow on the mica to lightly press it into the soap. Because mica is so fine, this part can get messy. Be sure to have paper towels and isopropyl alcohol on hand to clean up any mica that sticks to the mold or your work surface.

SIX: Add 9 mL of diluted Red Lab Color and roughly 1/5 of the fragrance blend to a second cup of soap batter. Blend and stir with a wire whisk or spatula. Once the colorant and fragrance have been fully incorporated into the batter, pour the soap over a spatula in the mold. Be particularly gentle when pouring this second layer of soap because you want to preserve the mica vein and (hopefully) not break through into the first layer.

SEVEN:  Use the powder duster to sprinkle a thin layer of Aqua Pearl Mica over the freshly poured soap.

EIGHT: Add 6 mL of diluted Red Lab Color, 1 teaspoon of dispersed Titanium Dioxide and roughly 1/5 of the fragrance blend to a third cup of soap batter. Blend and stir with a wire whisk or spatula. Once the colorant and fragrance have been fully incorporated into the batter, pour the soap over a spatula into the mold.

NINE: Use the powder duster to sprinkle a thin layer of Aqua Pearl Mica over the freshly poured soap.

TEN: Add 4 mL of diluted Red Lab Color, 1.5 teaspoons of dispersed Titanium Dioxide and roughly 1/5 of the fragrance blend to the fourth cup of soap batter. Blend and stir with a wire whisk or spatula. Once the colorant and fragrance have been fully incorporated into the batter, pour the soap over a spatula into the mold.

ELEVEN: Use the powder duster to sprinkle a thin layer of Aqua Pearl Mica over the freshly poured soap.

TWELVE: Add 2.5 mL of diluted Red Lab Color, 1.5 teaspoons of dispersed Titanium Dioxide and the remaining fragrance blend to a fifth cup of soap batter. Blend and stir with a wire whisk or spatula. Once the colorant and fragrance have been fully incorporated into the batter, pour the soap over a spatula into the mold.

THIRTEEN: Remember that 5 – 6 oz. of batter you set aside at the beginning of the recipe? Add 1 teaspoon of undispersed Aqua Pearl Mica to it and blend with a whisk or spatula. Pour the batter in a horizontal zig-zag pattern across the top of the mold.

FOURTEEN: Starting in the bottom left-hand corner, insert a chopstick or dowel approximately 1/4 inch into the soap. Drag the tool up and down through the soap in a vertical zig-zag, working your way to the other end of the mold.

FIFTEEN: Beginning in the bottom left-hand corner again, use a chopstick or dowel to make miniature figure-8s down the length of the mold. When you reach the edge, lift the tool straight up and out of the soap and start at the top left-hand corner, repeating the pattern down the length of the mold again.

SIXTEEN: Insulate the soap and place on a heating pad for 15 – 20 minutes. Then remove from heat and let it remain covered overnight. Allow the soap to cure for 4 – 6 weeks and then enjoy!

The post Striped Berry Champagne Cold Process appeared first on Soap Queen.

What You’ll Need:

45 oz. Clear Melt & Pour Base

12 mL Easter Purple Lab Color

5 1/4 teaspoons Iridescent Glitter

12 mL Violet Fragrance Oil

10″ Silicone Loaf Mold

2 – 3 Droppers

Click here to add everything you need for this project to your Bramble Berry shopping cart!

ONE: Cut the Clear Melt & Pour Base into small, about-equally-sized chunks and measure out 9 oz. each into five separate containers. Be sure the containers are microwave safe.

TWO: Melt one of the soap containers in the microwave on 30 second bursts, and then using a dropper, add 3 mL of Violet Fragrance Oil and mix well.

THREE: Using a second dropper, color the layer with 6 mL of diluted Easter Purple Lab Color. If you’ve never diluted Lab Colors before, check out this post before diving in.

FOUR: Add 2 teaspoons of glitter and mix well, making sure the glitter, fragrance and Lab Color are fully incorporated into the soap.

FIVE: Pour the soap into the mold and spray with Isopropyl Alcohol to disperse bubbles.

SIX: Melt a second soap container in the microwave on 30 second bursts. Fragrance with 3 mL of Violet Fragrance Oil and add 3 mL of diluted Easter Purple Lab Color.

SEVEN: Add 1.5 teaspoons of glitter and mix well, making sure the glitter, fragrance and Lab Color are fully incorporated into the soap.

EIGHT: Spray the first layer liberally with Isopropyl Alcohol. This will help the second layer of soap adhere and prevent separation between the layers. When the first layer has formed a thick skin and when the second layer has cooled to 130 degrees or below, pour the second layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.

NINE: Melt a third soap container in the microwave on 30 second bursts. Fragrance with 3 mL of Violet Fragrance Oil, color with 2 mL of diluted Easter Purple Lab Color and add 1 teaspoon of glitter. 

TEN: Spray the second layer liberally with Isopropyl Alcohol. This will help the third layer of soap adhere and prevent separation between the layers. When the second layer has formed a thick skin and when the third layer has cooled to 130 degrees or below, pour the third layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.

ELEVEN: Melt a fourth soap container in the microwave on 30 second bursts. Fragrance with 3 mL of Violet Fragrance Oil, color with 1 mL of diluted Easter Purple Lab Color and add 1/2 teaspoon of glitter. Spray the third layer liberally with Isopropyl Alcohol. This will help the fourth layer of soap adhere and prevent separation between the layers. When the third layer has formed a thick skin and when the fourth layer has cooled to 130 degrees or below, pour the fourth layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.

TWELVE:  Melt the final soap container in the microwave on 30 second bursts. Because this layer needs to remain clear, do not add any Lab Color or fragrance oil. Add 1/4 teaspoon of glitter. Spray the fourth layer liberally with Isopropyl Alcohol. This will help the final layer of soap adhere and prevent separation between the layers. When the fourth layer has formed a thick skin and when the final layer has cooled to 130 degrees or below, pour the clear layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.

Wait 24 – 48 hours for the soap to harden before enjoying your glitter gradient soap!

Print

Violet Glitter Gradient Soap Tutorial

This Violet Glitter Gradient Soap Tutorial features lots of layers and glitter!

Course Melt and Pour

Cook Time 3 hours hours

Total Time 3 hours hours

Servings 9 Bars

Author Soap Queen

Ingredients

• 45 oz. Clear Melt & Pour Base
• 12 mL Easter Purple Lab Color
• 5 1/4 teaspoons Iridescent Glitter
• 12 mL Violet Fragrance Oil
• 10 " Silicone Loaf Mold
• 2 - 3 Droppers

Instructions

• Cut the Clear Melt & Pour Base into small, about-equally-sized chunks and measure out 9 oz. each into five separate containers. Be sure the containers are microwave safe.
• Melt one of the soap containers in the microwave on 30 second bursts, and then using a dropper, add 3 mL of Violet Fragrance Oil and mix well.
• Using a second dropper, color the layer with 6 mL of diluted Easter Purple Lab Color. If you’ve never diluted Lab Colors before, check out this post before diving in.
• Add 2 teaspoons of glitter and mix well, making sure the glitter, fragrance and Lab Color are fully incorporated into the soap.
• Pour the soap into the mold and spray with Isopropyl Alcohol to disperse bubbles.
• Melt a second soap container in the microwave on 30 second bursts. Fragrance with 3 mL of Violet Fragrance Oil and add 3 mL of diluted Easter Purple Lab Color.
• Add 1.5 teaspoons of glitter and mix well, making sure the glitter, fragrance and Lab Color are fully incorporated into the soap.
• Spray the first layer liberally with Isopropyl Alcohol. This will help the second layer of soap adhere and prevent separation between the layers. When the first layer has formed a thick skin and when the second layer has cooled to 130 degrees or below, pour the second layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.
• Melt a third soap container in the microwave on 30 second bursts. Fragrance with 3 mL of Violet Fragrance Oil, color with 2 mL of diluted Easter Purple Lab Color and add 1 teaspoon of glitter.
• Spray the second layer liberally with Isopropyl Alcohol. This will help the third layer of soap adhere and prevent separation between the layers. When the second layer has formed a thick skin and when the third layer has cooled to 130 degrees or below, pour the third layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.
• Melt a fourth soap container in the microwave on 30 second bursts. Fragrance with 3 mL of Violet Fragrance Oil, color with 1 mL of diluted Easter Purple Lab Color and add 1/2 teaspoon of glitter. Spray the third layer liberally with Isopropyl Alcohol. This will help the fourth layer of soap adhere and prevent separation between the layers. When the third layer has formed a thick skin and when the fourth layer has cooled to 130 degrees or below, pour the fourth layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.
• Melt the final soap container in the microwave on 30 second bursts. Because this layer needs to remain clear, do not add any Lab Color or fragrance oil. Add 1/4 teaspoon of glitter. Spray the fourth layer liberally with Isopropyl Alcohol. This will help the final layer of soap adhere and prevent separation between the layers. When the fourth layer has formed a thick skin and when the final layer has cooled to 130 degrees or below, pour the clear layer into the mold. Spray with Isopropyl Alcohol to disperse bubbles.
• Wait 24 – 48 hours for the soap to harden before enjoying your glitter gradient soap!

The post Violet Glitter Gradient Soap Tutorial appeared first on Soap Queen.