Buy Transparent Soap Base Online

This transparent and sweat free melt & pour soap is specially designed for decorative purposes, however it is suitable for cosmetic use as well. It is deal for the creation of soap chains and decorative soaps.

In a molten state this soap is extra thin, which makes it utterly suitable for very detailed and little soap molds.

This soap has a lower melting temperature than our transparent Crystal ST basis. Meaning that it takes longer before the soaps starts to congeal. This gives one a longer processing time and in case of a higher ambient temperature the soap stays softer.

Characteristics:

• vegetable base
• no paraben
• clear basis and extra transparent
• very foamy
• superior color stability, even with high temperatures
• neutral fragrance and optimal color retention
• lower melting temperature and longer processing period
• soft structure and easily editable
• superior decorative characteristics
• sweat free formula*
• not tested on animals

*Sweat-free: even a sweat-free soap has the likelihood to perspire in certain circumstances. Using fragrance oils or colorants from another brand or supplier, or exceeding the maximum melting temperature of 65 degrees Celsius can cause sweating of the soap.  A third problem that can possibly cause perspiring is when too much water is added, which puts the formula out of balance. Since we do not have the option to control whether this soap is edited correctly or not, we cannot guarantee for 100% that this soap will not perspire.

The microwave increases the chance of sweating as well as the temperature on some parts of the soap will raise far too high, which also causes the imbalance of the formula. The presence of fragrance oils and colorants has increases the chance that the soap perspires.

Keep in mind that the so-called ‘sweat’ is not similar to condensation or moisture during the cooling process.

Sweat = moisture deriving from the soap forming droplets on the surface of the soap.

Condensing = moisture from air on a product which is brought from a cold setting into a warmer one.