Where Beauty Meets Science

The Truth About Nail Concerns

Brittle, discolored nails. Persistent fungus. Ineffective, chemical-laden treatments. Millions struggle with nail health every day. Most solutions offer only temporary relief—or worse, no results at all.

Nano-Technology

Breaking Barriers

Many existing treatments face the same challenge: limited penetration that reduces effectiveness. According to a study published in the National Library of Medicine, product absorption remains a significant limitation in current approaches.

That’s why we developed the first formulation designed with nano-technology to directly address this issue. By enhancing penetration, our innovation represents a next-generation solution that builds on established research and moves treatment options forward.

Oral antifungal therapies are effective, but significant adverse effects and potential negative drug-to-drug interactions limit their use. Although topical antifungal therapies have minimal adverse events, they are less effective than oral antifungal therapies, due to poor nail penetration. As such, there is a need in exploring more effective and/or alternative treatment modalities for onychomycosis which are safer and more effective. Combination therapies hold promise for improving patient outcomes.

Executive Summary: Triple Clear HF Clinical Findings

Triple Clear HF, a proprietary nano-particulate natural formulation, was evaluated in a 12-week clinical study of 22 patients with abnormal nail conditions (onychomycosis and onychauxis). The treatment demonstrated significant reductions in nail thickness across both groups:

• Group A (Onychomycotic, n=16): Mean thickness reduction of 75%
• Group B (Onychauxic, n=6): Mean thickness reduction of 87.5%

Key Advantages:

• Natural, over-the-counter formulation
• Dual effectiveness in fungal and non-fungal thickened nails
• Minimal adverse effects (9.1% mild irritation)

Conclusion: Triple Clear HF offers a safe, effective, and natural alternative to conventional therapies, addressing limitations of penetration and safety inherent in many current treatments.