Strongest copper peptide serum available. Contains salicylic acid (beta hydroxy acid). Paraben Free
Super CP Serum is the strongest copper-peptide serum combining the amazing properties of milder products with the power of hydroxy acids to assist better penetration of the copper-peptides. Best for overall treatment of scars, blemishes, deep wrinkles, and hypo/hyperpigmentation.
NOTE
If you are new to copper peptide serums we advise to start with CP Serum to avoid irritation.
Skin Types:
Suitable for normal, oily and problematic skin types. Dry skin types should start with regular CP Serum before working with the Super CP Serum.
Directions:
- To start - apply a light amount of serum in the AM on clean skin. Follow with a biology oil
- a).normal, acne prone or problematic skin, use Emu Oil
- b) dry skin use Squalane/emu oil
- PM - on clean skin, apply and exfoliating product.
- a) dry skin: Fruit Acid Smoothing Cream, Exfol Cream, LacSal Cream, or 10% Lactic Acid.
- b) Problematic skin work with 2% or 5% Salicylic acid, Exfol Serum, LacSal Serum or 15% Fruit Acid.
Tips
- Because it is difficult for serums to penetrate the skin, it is advisable to follow the serum with a cleanly formulated biology oil that is suitable for your skin.
- Use the Ezzi Peel on MSG mode for enhanced penetration. Follow with a biological oil such as squalane and/or emu oil.
Ingredients:
Purified water, hydroxyethylcellulose, copper peptides (hydrolyzed soy protein and copper chloride), glycerin, propylene glycol (and) phenoxyethanol, cupric chloride, sodium hydroxide, salicylic acid, polysorbate 20, allantoin, tocophersolan (Vitamin E), glycine, aloe barbadensis leaf juice (aloe vera) gel, fragrance.
Super CP Serum is Dr. Pickart's latest skin care inventions and consists of a strong skin remodeling system at a non-irritating pH of 6.0.
Super CP Serum have very strong skin repair properties, very similar to the strongest copper peptide cream tested in studies at UCSF Dermatology Department.
There are such extensive studies and information about copper peptides and how they work that we would fall short trying to publish here. Please visit to learn more.
