Free Skin Care
Deluvia Natural Skin Care
Reduce the appearance of fine lines and wrinkles with the Deluvia Dead Sea Facial System. It is designed to replenish lost minerals and to slow down the aging process. Deluvia will exfoliate the dead skin cells on the surface of the skin so new softer and smoother cell skins can develop. It also helps reduce the size of pores and improve skin tone.
As the name suggests, Deluvia is a skin treatment that utilizes minerals form the Dead Sea. The reason is because the Dead Sea is known for its natural healing and rejuvenating properties. It is rich in over 21 different essential minerals, which makes minerals extracted from it popular in skin care solutions.
Seen on the key minerals found in the Dead Sea includes potassium, bromide and magnesium. Many of these minerals cannot be found in any other sea or ocean in the world. These minerals are recognized worldwide for their amazing therapeutic, nourishing and activating abilities.
The Deluvia Facial Kit includes a Mineral Mud Mask, Hydrating Day Cream, Mineral Cleanser, Mineral Toner, and 2 travel size packets of Mineral Mud Masks. The retail cost of this system is $79.95 but right now there is a 14-day free trial offer available. You can try Deluvia risk free for 14 days by paying $7.95 for shipping and handling.
Free Trial: Deluvia Dead Sea Facial System. 14-day trial. $7.95 S&H
Below is a description of the benefits of some of the minerals found in the Dead Sea.
Magnesium: Accelerates cell metabolism by activating enzymes in the body.
Potassium: Helps regulate osmosis and water balance. Stimulates and maintains nerve signals and muscle contractions.
Calcium: Strengthens cell membranes. Necessary for regulation of heart muscles, nerve transmission, building and maintaining bones and teeth.
Bromide: Heals and relives skin disorders. Stimulates the natural repair process.
Sodium Chloride: Protects body against fluid loss, balances acid alkali levels and influences muscle activity.
Iodine: Vital for cell metabolism and necessary for production of thyroxin, which regulates metabolic energy.
