Public Recipe

Basic Body Bar

Solid Soap · NaOH · 100 g oil load · 8% superfat · 4 views · 0 saves

1. Lye Concentration: 33.33% Effect: A 33.33% lye concentration is relatively high and will lead to a faster trace (the point at which the soap mixture begins to thicken) during the soap-making process. This concentration will also speed up the curing time. Soap Texture: Higher lye concentration produces a harder bar more quickly, reducing water content and leading to a firmer final product. Caution: You’ll need to work efficiently during the soap-making process to avoid it thickening too quickly. Also, higher lye concentration means less water, so the soap will require a longer cure to ensure that it is fully hardened. 2. Superfat: 8% Effect: Superfatting refers to leaving a portion of the oils unsaponified, which makes the soap more moisturizing. At 8%, this is considered a high superfat, meaning your soap will retain more conditioning oils and will be particularly moisturizing. This is especially good for dry or sensitive skin types, as the excess oils will help to condition and protect the skin. Benefits: The high superfat combined with your fatty acid profile, particularly the high oleic (28%), linoleic (8%), and ricinoleic acids (7%), means the soap will be rich in conditioning properties. The bar should feel luxurious and non-drying, leaving skin soft after use. Drawback: With a higher superfat percentage, the soap may produce less lather and be slightly softer overall compared to bars with lower superfat levels. However, this is balanced by the hardness provided by palmitic and stearic acids. 3. Fatty Acid Profile Analysis Your fatty acid profile gives a good balance of cleansing, hardness, and conditioning. Here's a breakdown: Cleansing and Lather Lauric Acid (11%) and Myristic Acid (7%): These fatty acids contribute to the soap’s cleansing ability and bubbly lather. Your levels are moderate, which means the soap will cleanse effectively without being overly harsh or drying. Effect of Superfat: The 8% superfat will help counteract any potential drying effect from the lauric acid, leaving the skin feeling soft instead of stripped of its natural oils. Hardness and Durability Palmitic (18%) and Stearic Acids (18%): These fatty acids are responsible for the hardness and longevity of the soap. Your soap will be firm and durable, holding its shape well, even with the high superfat. This also means your soap will last longer in the shower. Effect of Lye Concentration: The high lye concentration complements the high stearic and palmitic acids, contributing to a very firm bar that will cure relatively quickly and develop hardness early. Moisturizing and Conditioning Oleic Acid (28%): This provides excellent conditioning properties, making the soap feel moisturizing and nourishing for the skin. Your high oleic acid content, combined with the 8% superfat, means the soap will be gentle and suitable for most skin types, including dry or sensitive skin. Linoleic Acid (8%): This fatty acid enhances moisturizing and conditioning qualities. It’s especially good for dry or irritated skin, providing extra hydration. Ricinoleic Acid (7%): This acid, commonly found in castor oil, will boost lather stability, creaminess, and conditioning. The higher level (7%) ensures your soap will have a silky, creamy lather while remaining gentle on the skin. Minor Fatty Acids Linolenic Acid (1%): At 1%, linolenic acid offers some additional skin-conditioning properties without compromising the bar's stability. Higher percentages could lead to quicker spoilage, but your level is safe and beneficial for conditioning. Overall Soap Qualities: Cleansing: The soap will have moderate cleansing abilities due to the 11% lauric and 7% myristic acids. It won’t be overly harsh, especially with the high superfat, which ensures skin remains moisturized. Hardness: Palmitic (18%) and stearic acids (18%) provide excellent hardness and durability, balanced by the 33.33% lye concentration, resulting in a hard, long-lasting bar. Moisturizing/Conditioning: With 28% oleic, 8% linoleic, and 7% ricinoleic acids, the soap will be highly conditioning, leaving the skin soft and nourished. The 8% superfat enhances this, making the bar very moisturizing, ideal for dry or sensitive skin. Lather: The soap will produce a stable, creamy, and moderately bubbly lather due to the presence of lauric, myristic, and ricinoleic acids. Final Assessment: Your cold process body bar formulation is well-balanced, offering a good mix of cleansing, hardness, and superior moisturizing qualities. With a high superfat, the soap will be very conditioning and less likely to dry out the skin. The high lye concentration will make the bar cure quickly and harden fast, while the balanced fatty acid profile ensures excellent skin benefits and a long-lasting, luxurious bar.