LEARN ABOUT SOAP

Myths about solid dish soap
“Solid soap leaves residue”   Most often a hard water issue. Sodium citrate in the formula reduces mineral interaction and lowers the chance of film formation. “Lye remains inside the soap” Lye is fully consumed during saponification. The finished bar contains no free lye. “Liquid soap is stronger” The difference is water content and format, not cleaning power. A solid bar is a concentrated cleansing system. “Natural soap is less effective” Performance comes from fatty acid structure and formula design, not the format label. Read more...
What ingredients do we use?
Each component of the formula serves a specific function related to cleaning performance, stability, or bar structure. Coconut Oil Supports cleansing performance and stable lather formation during use. High-Oleic Sunflower Oil Supports bar structure and stability during storage and use. Olive Oil Supports formula balance and contributes to a uniform soap structure. Castor Oil Helps boost and stabilize lather, contributing to its density. Stearic Acid Supports bar hardness and helps slow dissolution during use. Glycerin Helps maintain a smooth texture and balanced consistency of the bar. Sodium Citrate Helps reduce... Read more...
From Oils to Soap - How We Create Dish Soap
Solid dish soap is made through a process called saponification. Plant-based oils are combined with sodium hydroxide (lye) during manufacturing. The sodium hydroxide reacts with the fatty components of the oils and forms sodium salts of fatty acids — the soap itself. Sodium hydroxide is used during the manufacturing process and is consumed as part of the saponification reaction when the formula is properly calculated and processed. What Happens During Curing? After the soap is made, the bar goes through a curing period. During this time, moisture gradually evaporates and... Read more...
How Solid Dish Soap Works?
How Solid Dish Soap Handles Everyday Kitchen Messes Grease, food residue, sauces, and cooking oils are part of everyday kitchen life. They end up on plates, pans, utensils, cutting boards, countertops, and other kitchen surfaces. Solid dish soap works through the same basic cleaning principle as other soaps: the soap interacts with both water and oily residue. When a damp sponge or brush is rubbed over the bar, soap is released into the lather. As the sponge moves across a greasy surface, the soap helps loosen oily residue and suspend... Read more...
Switching to Solid Dish Soap
Switching to a solid dish soap format is a change in everyday cleaning habits — and for most people, it takes about a week to feel natural. The main shift is mechanical: instead of pressing a pump or measuring liquid, the sponge or brush is applied directly to the bar. A few passes with a damp sponge over the surface is usually enough to load it with enough soap for a full sink of dishes. For light everyday washing — glasses, plates, cutlery — a sponge works best. The lather builds... Read more...
CHARCOAL BAR - What is activated charcoal and why is it in the soap?
CHARCOAL BAR - What is activated charcoal and why is it in the soap?
What is activated charcoal and why is it in the soap? Activated charcoal is a porous, carbon-based material produced by heating organic material at high temperatures. This process creates a... Read more...