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Showing posts with the label Saponification

Making Soaping Easier: Meet FormuMate's Soap Calculator and My Big Plans

If you make soap, you know that math isn't optional. Getting your oils, water, and lye amounts right makes the difference between a good batch and a ruined one. The Problem That Started Everything A few weeks ago, I was ready to make a batch of soap. As usual I opened SoapCalc to enter my recipe, after calculating when I pressed on 'view recipe' I got redirected to an empty page. After several tries I realized, SoapCalc was down. I waited a few days. Still down. That's when I decided to finally build what I'd been thinking about for months:  FormuMate . What FormuMate Does FormuMate is your digital workspace for soap, skincare, and cosmetic formulation,  a platform where you create, organize, and manage all your recipes. The Soap Calculator (Live Now) I started with the tool every soap maker needs most: a reliable soap calculator built for real formulation work. What makes it different: Precision chemistry:  Calculates exact lye amounts (NaOH or KOH) based on yo...

How to Calculate Soap Batch Measurements: 3 Proven Methods for Soap Makers

When planning your soap batches, calculating the right amounts of oils, lye, and water is essential for perfect saponification. Whether you’re using a standard rectangular mold or an irregularly shaped one, precise measurements are crucial. In this guide, I’ll walk you through three proven methods to calculate your batter-mold with step-by-step examples: Method 1: Measure your rectangular or square mold by its dimensions. Method 2: Use water displacement for odd-shaped molds. Method 3: Base your calculations on the number of soap bars you want to produce. Accuracy is key, small errors can impact your final product so it is always a good idea to double-check your numbers with a reliable soap calculator. I personally use Soap Calc to verify my measurements. Choose the method that best suits your mold or production goals, and enjoy creating your perfect batch of soap! Method 1: Measure a Rectangular or Square Mold by Dime...