Rhassoul Clay Profile
Extraction- 100% naturally occurring and naturally quarry mined
Shelf life- Indefinite (4-5 years recommended)
Other Common Names- Red Clay, Red Moroccan Clay, Ghassoul Clay, Oxide Clay.
Notes- The line of Rhassoul clay offered by Mountain Rose Herbs is quarry mined and sun dried from naturally occurring lake-side deposits and is untreated.
Color- Light Gray with a hue of oxidized pink
Mesh Size- US #70-80 Mesh
What is Rhassoul and where does it come from?
From Morocco, comes this remarkable natural source, reddish brown cosmetic clay known as Rhassoul.
It has been used for over 1400 years as a soap, shampoo, and skin conditioner, and the finest spas across the globe currently utilize it for therapeutic benefits.
Mined deep beneath the Atlas Mountains in Eastern Morocco it must be extracted under extremely special conditions.
Through meticulous selection, and extensive contact with the raw material we are proud to offer this rich Rhassoul that is truly unique in quality and purity.
When first mined, Rhassoul clay appears as a polished brown, soap-like clay, which is chunky in appearance and resembling rocks. After further refinement and micronization, the end product is a smooth almost silken earth.
How does it work?
Because Rhassoul can be used for a variety of professional applications, it is an invaluable enhancement for spa treatments and for personal use.
It can be used as soap, skin conditioner, shampoo, and facial and body mask.
As Rhassoul contains higher percentages of silica and magnesium along with potassium and calcium, than other clays, Rhassoul appears to be far more effective. In addition to this, due to its greater smectic qualities, (i.e. its ability to swell with the addition of water) Rhassoul achieves better results in skin treatment.
The mineral properties of Rhassoul Clay were studied extensively and presented at the 12th meeting of the National Institute of Phytotherapy in Paris in 1985. Rhassoul Clay contains a high percentage of silica, magnesium, potassium, and calcium.