HydroPeptide Launches Collagen ReActivate PM Nighttime Treatment with Patented Peptide Technology
Photo Credit: HydroPeptide
BELLEVUE, Wash., May 12, 2025 (FASHION BEAUTY SCENE) — Skincare company HydroPeptide has announced the launch of its latest product, Collagen ReActivate PM Lifting Treatment Moisturizer + Retinol.
The new formula is the first in its Collagen ReActivate collection and combines its patented NIMNI™ Technology with time-release retinol and regenerative peptides. The product is designed to support collagen production and improve skin firmness, tone, and texture overnight.
Collagen ReActivate PM was developed in collaboration with Dr. Marcel Nimni, a researcher known for his work in collagen science. In a press release, the company stated that the product supports collagen synthesis by strengthening the skin’s structure, delivering targeted nutrients, and signaling the skin to increase production. In clinical testing, NIMNI™ Technology was shown to increase collagen synthesis by 200% at 90 hours after application.
"Collagen ReActivate PM is a culmination of everything we stand for. This formulation reflects decades of scientific discovery, our unwavering dedication to high-performing peptides, and our belief that clinical skincare should feel as incredible as it performs. More than a mere moisturizer, this is a next-generation solution designed to support skin regeneration during the body’s most crucial restorative period," said Annette Rubin, CEO of HydroPeptide.
The product includes 0.25% time-release retinol, SYN®-TC and Neodermyl® peptides, vitamin C, and Ellagi-C™. The company reports that in a clinical study published in the Journal of Drugs in Dermatology, 91% of participants saw fewer lines and wrinkles and improved skin texture, with seven signs of aging reportedly reduced.
Collagen ReActivate PM is formulated without parabens, phthalates, sulfates, or animal testing. It is vegan, gluten-free, and maintains a pH of 6.9.
For more information, visit www.hydropeptide.com.
Source: HydroPeptide
