Calendula Amino Acid Facial Cleanser

Simply put, facial cleansers are formulated to clean our skin. Cleansers are products we use to remove normal accumulation of dirt and oils, makeup, sunscreen, remains of pollution, and dead skin cells, they aid in unclogging pores and exfoliation of the top skin cells.

 

Description

Amino acids are the building blocks of our body, including our skin and hair 42% of our skin’s natural moisturizing factor (NMF) are made up of amino acid. Amino acids cleansing agents are naturally mildly acidic in pH, just like the skin’s natural pH.

 

Calendula, otherwise known as Calendula officinalis, is a marigold plant that has historically been used for a host of different ailments, mainly those affecting the skin such as in the healing of wounds. The medicinal part of the plant is found in the beautiful, deeply rich colored orange and yellow flower.

Product details


Calendula Amino Acid Facial Cleanser
Simply put, facial cleansers are formulated to clean our skin. Cleansers are products we use to remove normal accumulation of dirt and oils, makeup, sunscreen, remains of pollution, and dead skin cells, they aid in unclogging pores and exfoliation of the top skin cells.

 

Description

Amino acids are the building blocks of our body, including our skin and hair 42% of our skin’s natural moisturizing factor (NMF) are made up of amino acid. Amino acids cleansing agents are naturally mildly acidic in pH, just like the skin’s natural pH.

 

Calendula, otherwise known as Calendula officinalis, is a marigold plant that has historically been used for a host of different ailments, mainly those affecting the skin such as in the healing of wounds. The medicinal part of the plant is found in the beautiful, deeply rich colored orange and yellow flower.

 

The colorful petals are rich in flavonoids—naturally occurring compounds found in vegetables and fruits—that have been shown to exhibit anti-inflammatory, anti-thrombogenic, antidiabetic, anticancer, and neuroprotective activities through different mechanisms of action in vitro and in animal models.