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Caulicooler

CauliCooler Post-roll Soap 100g 3.5Oz

CauliCooler Post-roll Soap 100g 3.5Oz

$9.95 AUD
$12.95 AUD $9.95 AUD
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Forget defense; go on the offence with our deep cleaning, anti-bacterial, anti-fungal soap. It's a non-medicated, all-natural soap formulated to leave you feeling clean and fresh, while offering unparalleled anti-microbial protection against all the nasties you can pick up rolling.

Our unique blend includes:

Tea tree oil: anti-bacterial, anti-fungal, anti-septic, anti-inflammatory

Oregano oil: anti-bacterial, anti-fungal, antioxidant

Peppermint oil: anti-bacterial, anti-fungal

Thyme oil: anti-fungal, anti-bacterial, anti-inflammatory

Coconut oil: antiseptic, anti-bacterial, anti-fungal, anti-inflammatory, anti-oxidant

Glycerin - moisturises and rehydrates the skin

Charcoal powder -  cleansing, detoxifying, anti-microbial

Ingredients: Water, Coconut oil, Bamboo Charcoal Powder, Tea Tree Oil, Oregano Oil, Aloe Vera Extract, Thyme oil, Peppermint Oil, Sodium Hydroxide, Glycerin, Lactic Acid. 

Directions for use: Use with a soap bag or sponge, work into a lather and apply to the body. Wash off suds and dry. External use only and discontinue if irritation occurs. 

Leaving your soap on the shower floor will cause it go mushy and disintegrate.

We recommend keeping your soap dry and allowing to harden between uses to prolong it's lifespan. 

Caulicooler soap is natural, handmade, palm oil free, hand cut and crafted cold process soap with high quality ingredients that have specially formulated for maximum effect, a pleasant but subtle scent with clinically proven natural anti-fungal and anti-bacterial ingredients.

As with all essential oil soaps, try a small amount on your inner arm first and check if it suits your skin; only then, go ahead and use it on the rest of the body.

WHAT IS SODIUM HYDROXIDE?

Sodium hydroxide, often referred to as lye, is an alkaline substance extensively employed in the soap-making process. Alkali plays a crucial role in soap production by engaging in a chemical reaction with oils (fats), leading to the formation of soap through a process known as saponification. During this transformative reaction, sodium hydroxide completely interacts with oils and fats, converting from an alkali into soap. Notably, no traces of sodium hydroxide remain in the final product.

HOW DOES SAPONIFICATION WORK?

Saponification denotes the chemical process wherein a fat, oil, or lipid combines with an alkaline liquid to produce soap. In the case of many soaps, this involves the amalgamation of sodium hydroxide with an oil source. Our soap is meticulously crafted using coconut oil and essential oils, ensuring the absence of sodium hydroxide in the end product. These oils possess exceptional moisturising attributes that make them ideal for soap production. The inclusion of sodium hydroxide results in more robust and long-lasting soap, enhancing the durability and utility of your bar soap.

WHY IS THERE LACTIC ACID IN OUR SOAP?

Lactic acid is used in soap making as an additive to enhance the overall quality of the soap. It serves several purposes:

  1. Skin Conditioning: Lactic acid is known for its skin-friendly properties. When incorporated into soap, it can contribute to making the soap milder and gentler on the skin. It can help to moisturise and exfoliate, leaving the skin feeling soft and smooth.

  2. pH Adjustment: Lactic acid can be used to adjust the pH of the soap. Soap making involves a chemical reaction between fats or oils and an alkaline solution (such as sodium hydroxide). Sometimes, the resulting soap can be too alkaline, which may not be ideal for the skin. Lactic acid can be used to lower the pH and bring it closer to the skin's natural pH, making the soap more balanced and less harsh.

  3. Hardness and Texture: Lactic acid can impact the texture and hardness of the soap. It can help create a firmer bar of soap that lasts longer and doesn't dissolve too quickly when in contact with water.

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