CDF PDRN Active™ (Sodium DNA)

CDF PDRN Active™ (Sodium DNA)

Advanced skin-recovery active for improved resilience, smoother texture, and revitalized skin appearance

INCI: Water (Aqua), Propanediol, Sodium DNA.

Appearance: Clear to slightly opalescent liquid.

Solubility: Water-compatible.

Typical Use Level: 2–5%.

CDF PDRN Active™ is a high-performance recovery complex designed to support skin renewal and improve visible skin quality. It helps enhance skin resilience, supports repair processes, and contributes to a smoother, healthier-looking complexion over time.

What It Does

CDF PDRN Active™ is designed to support skin recovery and improve overall skin condition by enhancing the skin’s ability to maintain and restore its structure.

This advanced active is particularly suited for formulations targeting stressed, compromised, or aging skin. It helps improve the appearance of skin smoothness, supports resilience, and contributes to a more refined and revitalized look over time.

Key Benefits

• Supports skin recovery and regeneration processes.
• Helps improve skin resilience and overall condition.
• Enhances smoothness and visible skin quality.
• Supports barrier function and skin comfort.
• Suitable for advanced and recovery-focused formulations.

Suggested Use Levels

• 2–3% in daily-use recovery serums.
• 3–5% in intensive repair and treatment formulations.

Ideal Applications

• Skin-repair and recovery serums
• Post-treatment and calming formulations
• Advanced anti-aging systems
• Barrier-repair products
• Multi-active skincare systems

Formulation Notes

• Add during cool-down phase below 40°C.
• Compatible with most water-based systems and emulsions.
• Pairs well with peptides, panthenol, ceramides, and soothing actives.
• Recommended pH range: 5.0–7.0.

This is a recovery-focused active designed for cumulative improvement in skin quality. It supports repair processes, but results depend on consistent use and overall formulation design.

Documents

• Certificate of Analysis (COA)
• Safety Data Sheet (SDS)