Meet the Future of Hydrated Bouncy Skin: Pro-Collagen Peptide Plumping Moisturizer

From Paula’s Choice Skincare, the experts in high-performance, science-backed formulas.

4 Min Read

For over 30 years, Paula’s Choice has been at the forefront of skincare innovation, combining science-backed research with high-performance ingredients to transform skin. Established in 1995 by beauty expert Paula Begoun, the brand is known for creating products that deliver optimal efficacy while minimizing irritation. With this legacy of excellence, Paula’s Choice now introduces the Pro-Collagen Multi-Peptide Booster Plumping Moisturizer—a breakthrough product designed to deliver bouncy, hydrated skin. Powered by clinically-proven ingredients, this innovative gel-cream moisturizer promises visible plumping, 24-hour hydration, and a luxurious skincare experience.

3X Pro-Collagen Peptide Complex

  • Hexapeptide-5 (Water-Binding Peptide): Supercharges skin’s hydrated bounce.
  • Oligopeptide-1 (Messenger Peptide): Helps preserve and support natural collagen.
  • Tridecapeptide-1 (Signal Peptide): Rapidly smooths and plumps fine lines.

These peptides work together to address key concerns like skin laxity, fine lines, and dehydration, making this moisturizer a powerful ally for restoring a youthful appearance. The targeted action of these peptides enhances the skin’s natural foundation, ensuring lasting benefits.

What Sets the Formula Apart

These highly targeted peptides were chosen for their synergistic power to deliver youthful bounce by signaling elastin in skin’s foundation, supporting collagen levels, and actively plumping. Biofermented hyaluronic acid boosts the effects by quenching skin’s thirst for juicy, supple hydration. The result is skin that feels luxuriously hydrated, with a smoother and more radiant appearance.

This lightweight gel-cream texture makes the Pro-Collagen Multi-Peptide Booster Plumping Moisturizer a perfect choice for daily use. It provides a smooth base for makeup while delivering intensive hydration, making it ideal for all skin types. The dual-action formula works both as a skincare treatment and as a primer for flawless makeup application, streamlining any beauty routine.

Paula's Choice Pro Collagen Peptide Gloss Balm Swatch
Paula’s Choice Pro-Collagen Peptide Gloss Balm

Who Needs It?

This product is tailored for anyone seeking plump, bouncy skin. Whether addressing dehydration, fine lines, or a lack of elasticity, this moisturizer offers transformative hydration and an enjoyable, cushiony texture that elevates any skincare routine. It’s particularly beneficial for those who experience dullness or dryness due to environmental stressors, providing a revitalizing boost that leaves skin looking fresh and healthy.

The Pro-Collagen Multi-Peptide Booster Plumping Moisturizer is suitable for all skin types, including sensitive skin, thanks to its non-irritating and fragrance-free formula. This inclusive design ensures everyone can benefit from its transformative effects without compromising skin comfort.

Clinical Results

  • 90% of users experienced instant plumping after application.
  • Skin hydration lasts for up to 24 hours, offering continuous comfort.

These results highlight the Pro-Collagen Multi-Peptide Booster Plumping Moisturizer’s effectiveness in achieving radiant, rejuvenated skin. The clinical testing reflects Paula’s Choice’s commitment to transparency and creating products that deliver on their promises. With consistent use, this moisturizer can help redefine skin’s texture and resilience.

Price & Availability

The Pro-Collagen Multi-Peptide Booster Plumping Moisturizer is priced at ₱2,900 and will be available starting 3 January 2025. Purchases can be made exclusively at Paulaschoice.ph, ensuring direct access to this skincare innovation. This pricing reflects the product’s premium formulation and the years of research behind its development, offering exceptional value for those seeking advanced skincare solutions.

For more updates and information about this product, visit Paulaschoice.ph.

Share This Article