Proraso Shaving Soap in a Bowl Coarse Beards 150ml is a jar shaving soap that offers a smooth shaving experience and ensures comfort for those with thick and coarse facial hair.
Proraso Shaving Soap in a Bowl Coarse Beards 150ml is a shaving soap that comes in a jar format, designed to create an extremely fine, compact, and creamy lather for a close and comfortable shave. This shaving soap is produced in small batches through a meticulous process that starts with hot saponification. Then, it is deposited in steel containers and kept in an air-conditioner chamber for 10 to 15 days. So, during this time, the soap gradually reaches the right degree of humidity and consistency. In fact, this period allows for a complete transformation of oils, fatty acids, and alkalis into soap while reducing traces of potentially irritating substances. In essence, this slow process helps obtain a rich shaving soap that offers a smooth application and optimal performance during shaving.
So, when lathered with a shaving brush and massaged onto the skin, the soap produces a creamy and compact foam that softens beard hair and protects the skin. This enhances the razor’s glide, minimizing friction during the shaving process. Last but not least, this product's formula contains sandalwood oil and shea butter. These ingredients offer softening benefits and further protect the skin against the aggressions caused by the razor blade, making it easier to shave thick and coarse beards. All in all, this product provides a smooth shaving experience that ensures comfort for those with thick and coarse facial hair.
First, dampen a shaving brush with warm water. Then, swirl the brush directly on top of the Proraso Shaving Soap in a Bowl Coarse Beards 150ml, working up a creamy lather. Use the brush to apply the soap to the beard in circular movements. Next, use your razor to shave. Finally, thoroughly rinse with water and apply the brand's aftershave to soothe and moisturize your skin. Close the packaging to prevent the soap from drying out. However, if this occurs, the product won't lose its properties.