Trend-Setting Breakthroughs in Anti-Aging Skincare Made Easy

Share Article

Many chemists called Azure crazy when formulating the anti-aging phenomena, HydroPeptide™ but now all they can do is follow their lead. Azure Cosmeceuticals is setting the trend in anti-aging skincare by synergistically formulating cutting-edge actives into one perfect combination and ensuring users of easy but real results.

Ever hear the phrase “It take a village to raise a child?” Well, it’s true and the same runs true for skincare. One “superstar” ingredient is not likely going to dramatically change the appearance (or protect the condition) of your skin. Like the rest of the body, if the skin has only one chemical process prompting it to do something, the desired result probably won’t occur. The skin needs multiple signals, thus multiple actives, to properly respond. HydroPeptide™, and the many innovative products within the peptide-based line, contains a vast array of cutting-edge peptides and other actives that produce more signals traveling to the fibroblasts to amplify collagen; giving your skin a more youthful, healthy appearance.

When the developers of HydroPeptide™ first presented this systematic approach of combining many actives into one easy-to-use crème to its colleagues & clients, the idea was criticized. The competition believed two things: by combining an array of actives into just one crème results would be minimized and potential profits would fall. Well, Azure would have to agree with them to an extent. The competition’s profits have fallen, which is why they are now following Azure’s trend and combining many actives into just one product, hence Azure Cosmeceuticals’ now-known reputation as the “Leaders in Peptide-Based Anti-Aging Skincare.” To achieve real results, it doesn’t take the hassle or cost of a system of products; it takes the right performing actives properly balanced and delivered.

HydroPeptide™ Intensive Concentrate Anti-Aging Crème from Azure Cosmeceuticals has combined 3 bioactive complexes into one remarkable crème. Each complex generates results for the past, present and future of aging. HydroPeptide™’s HydroLoxin™ complex combines the benefits of acetyl hexapeptide-3 and hyaluronic acid to instantly replenish moisture, tone, and tighten skin while minimizing muscle contractions and relaxing wrinkles. The Coll-Assist™ complex is a combination of five collagen-building peptides that work over time to repair underlying skin damage. Each peptide performs a distinct function within the skin matrix and ensures each user of dramatic results. Plus, HydroPeptide™ contains the exclusive Oxybenone™ complex, a combination of active antioxidants that work synergistically to curb collagen breakdown and increase microcirculation.

Azure Cosmeceuticals offers an entirely peptide-based line, including: anti-aging infusing cleanser with 10% glycolic acid, stimulating toner with lactic acid and hydroquinone, an extreme dark-circle eye cream, and a vitamin c/peptide peel. These products are specifically designed to protect the skin from aging and while accelerating active results. The HydroPeptide™ line is not only guaranteed to work, but it is perfect for persons of any age. Where’s the crème? HydroPeptide™ is available now at your local cosmetic surgery office, high-end spa, select beauty-retail locations, and at

About Azure Cosmeceuticals, Inc.

Azure Cosmeceuticals, Inc., the leaders in anti-aging peptide-based skincare, is fully focused on bringing state-of-the-art, anti-aging innovations through premier skin care products that deliver results. Azure utilizes the latest proven developments in cosmeceutical skin care technology and offers credible and safe alternatives to cosmetic procedures. They are one of the few to develop new skin care technologies that are backed by true scientific evidence. They are dedicated to continued research and advancement in the skin care industry.

Contact: Azure Cosmeceuticals

P.O. Box 2775, Issaquah, WA 98027

Phone/Fax: (800) 932-9873 (WE-AZURE)


Share article on social media or email:

View article via:

Pdf Print

Contact Author

April Zangl
Visit website