Soapmaking

Oxides and Pigments add rich, stable color to soap and resist fading during curing and use.

A solid vegetable oil that adds hardness and stable lather to soap, helping bars last longer.

Partial Gel is when only the center of a soap loaf heats up and gels, leaving a darker middle and lighter outer edges.

A Peacock Swirl creates intricate, fan-shaped patterns by pulling colors through parallel lines for a decorative finish.

Indicates a product is made without phthalates, making it a safer and cleaner option for skin and home use.

Mineral-rich salt crystals added to soap for exfoliation, visual appeal, and a firm, long-lasting bar.

Tiny natural particles added to soap to provide firm exfoliation and visual texture.

A highly caustic alkali used in soapmaking, especially for creating soft or liquid soaps.

A method used to keep soap cool during saponification so the internal temperature never rises enough to enter full gel.

A volcanic stone powder added to soap for strong exfoliation, ideal for heavily soiled or rough skin.

A natural antioxidant added to soap to slow oil oxidation and help prevent rancidity.

The breakdown and oxidation of oils in soap, leading to off smells, discoloration, and reduced quality over time.

A method of grating and remelting finished soap to reshape or enhance it without starting the saponification process from scratch.

The process of selecting and balancing oils, lye, and additives to create a stable, safe, and effective soap.

Reheating Melt and Pour: Gently warming previously melted soap to return it to a pourable consistency without burning or boiling it.

A lightweight, antioxidant-rich oil that nourishes skin and adds a silky, smooth feel to soap.

A sudden thickening of soap batter that creates a grainy, rice-like texture during mixing.

A mild mineral clay added to soap for gentle cleansing, a soft pink hue, and a smooth, silky feel.

The specific amount of alkali required to completely convert a fat or oil into soap.

Protective equipment used to shield skin and eyes from lye and raw soap during the soap-making process.

A light, nourishing oil high in linoleic acid that softens skin and enhances soap’s moisturizing properties.

A chemical reaction in which fats or oils combine with an alkali to form soap and glycerin.

It’s the period during which oils and lye chemically react to fully transform into soap.

A scent’s ability to fill the space around the soap, both during use and while it’s sitting out.

A vibrant, nutrient-rich oil packed with antioxidants and vitamins, promoting skin regeneration and hydration.