Sukhad Fragrance

Cold Process Soap Stable, Candle Making, pH Resistant

Body Wash/Shampoo Making

Melt and pour soap bases - 1.2 to 1.5% of the weight of the soap base. For example, if you are melting 1 kg of soap base, add 12 to 15 gms of fragrance oils.

Cold Process Soaps: Add 3% of the weight of the oils. Tip: To anchor fragrances in CP soap, you can mix your fragrance with cosmetic clay, like kaolin clay. The clay protects the fragrance and allows more of the scent to survive in saponification process.

Scented candles - You can use 10-15 gms of fragrance oil for 250 grams of candle wax flakes to obtain perfect smelling scented candles. Make sure you measure your quantities correctly so that the fragrance doesn't get overpowered.

Shampoos/body wash/face-wash/lotion - 10 to 12 gm for 1 litre of the liquid.

Make sure you measure the fragrance oil using correct measuring cups to get optimum output. Do not add by feel or using dropper. A correct measurement is very important to get a perfectly smelling product.

A cold process stable fragrance refers to a type of fragrance or scent that can withstand the chemical reactions and conditions involved in the cold process soap-making method. Cold process soap-making involves mixing oils and fats with a lye solution to initiate the saponification process, resulting in the formation of soap.

In the context of soap making, some fragrances may be sensitive to the alkaline environment created by the lye in the soap-making process. This alkaline environment can potentially alter the fragrance composition, leading to a change in scent or even causing the fragrance to dissipate.

A cold process stable fragrance is formulated or chosen to resist these changes and remain stable throughout the soap-making process. Soap makers often look for fragrances specifically designed or tested for cold process soap making to ensure that the desired scent is retained in the finished product. This stability is crucial for maintaining the intended fragrance profile and ensuring the quality of the final soap product.