Rotorua Thermal Mud Has Unique Double Action...
Having a remarkably high absorbency capacity Rotorua Thermal Mud from Products From New Zealand (don't buy imitations) penetrates the skins pores to absorb excess fatty secretions and remove impurities, detoxifying and purifying while simultaneously nourishing the skin with natural minerals. Right from the first treatment Roturua Thermal Mud will create a smoother, softer and more radiant appearance to your skin.

Regenerative Skin Care Action...
Rotorua Thermal Mud is excellent for use in regenerative skin care as the clays have a very strong affinity for moisture. Thermal mud on drying will generate heat, increasing the blood circulation and perspiration which helps eliminate toxins and other wastes. The clay surface is highly active and will easily absorb excess oils and fatty secretions from within the skin pores. Detoxifying and purifying the mud dries on the skin promoting regeneration of new cells. The sulfur acts as an antibacterial agent assisting in the prevention and elimination of acne.

Further Properties Of Rotorua Thermal Mud From New Zealand...

Antiseptic; Rotorua Thermal Mud destroys pathogenic agents without attacking adjacent healthy tissue.
Healing; Rotorua Thermal Mud contains Silica, Aluminium and Zinc which are all essential to tissue regeneration, scar prevention and repairing.
Absorbing; Rotorua Thermal Mud drains off infections and absorbs excess fluids.
Sedative; Rotorua Thermal Mud has a sedative action on localized pain.
Remineralizing; Rotorua Thermal Mud transmits necessary mineral salts to organism for biological equilibrium.
Rebalancing; Rotorua Thermal Mud provides sufficient mineral salts to enhance the bodies natural immune system.
Minerals Present In Rotorua Thermal Mud...
Major minerals found in Rotorua Thermal Mud from New Zealand include: Silica, Magnesium, Calcium, Titanium, Iron, Sulfur, Phosphorus, Sodium and Potassium. In addition there are also trace elements such as: Copper, Zinc, Selenium, Cobalt, Manganese, and Molybdenum.