DETOXIFY Sulfur Mask
A breakthrough mask contains Sulfur 10%, Charcoal Powder, and Kaolin to effectively absorb oils, impurities, and other toxins from the skin yielding a clearer complexion, reducing breakouts, and detoxifying the skin. The powerful combination of ingredients works to draw out all the toxins from the skin fighting against breakouts as well.
White charcoal powder absorbs impurities and oil from the skin
Sulfur present possesses natural antibacterial properties to help fight against breakouts
Helps cleanse the pores and clarify the skin
Kaolin, a naturally occurring clay, absorbs excess oils
Unique formulation without pungent smell typically associated with hihg concentrations of Sulfur
A breakthrough mask contains Sulfur 10%, Charcoal Powder, and Kaolin to effectively absorb oils, impurities, and other toxins from the skin yielding a clearer complexion, reducing breakouts, and detoxifying the skin. The powerful combination of ingredients works to draw out all the toxins from the skin fighting against breakouts as well.
White charcoal powder absorbs impurities and oil from the skin
Sulfur present possesses natural antibacterial properties to help fight against breakouts
Helps cleanse the pores and clarify the skin
Kaolin, a naturally occurring clay, absorbs excess oils
Unique formulation without pungent smell typically associated with hihg concentrations of Sulfur
A breakthrough mask contains Sulfur 10%, Charcoal Powder, and Kaolin to effectively absorb oils, impurities, and other toxins from the skin yielding a clearer complexion, reducing breakouts, and detoxifying the skin. The powerful combination of ingredients works to draw out all the toxins from the skin fighting against breakouts as well.
White charcoal powder absorbs impurities and oil from the skin
Sulfur present possesses natural antibacterial properties to help fight against breakouts
Helps cleanse the pores and clarify the skin
Kaolin, a naturally occurring clay, absorbs excess oils
Unique formulation without pungent smell typically associated with hihg concentrations of Sulfur