Understanding Gel Polish Ingredients — What Really Matters for Your Nails | RARJSM

At RARJSM, we believe that knowing what goes into your gel polish is just as important as knowing how to apply it. Ingredients impact color payoff, durability, and overall nail health. In this guide, we break down the key components of gel polish and help you choose high-quality products.


Why Ingredients Matter

Not all gel polishes are created equal. The quality of pigments, resins, and photoinitiators affects:

  • Smoothness and self-leveling properties

  • Shine and color vibrancy

  • Curing performance and durability

  • Nail comfort and low odor

Understanding ingredients helps you make informed choices and ensures your nails stay healthy and gorgeous.


Key Components of Gel Polish

1. Photoinitiators

These help the gel cure under UV or LED light. High-quality photoinitiators ensure complete curing, preventing lifting and chipping.

2. Pigments

Pigments give the gel polish its rich color. Stable, vibrant pigments deliver even coverage and reduce streaks.

3. Resins

Resins provide adhesion and flexibility. The right balance helps the gel stay on nails longer while remaining flexible.

4. Solvents

Solvents ensure the formula spreads smoothly. Low-odor, gentle solvents improve comfort and reduce harsh chemical smells.


RARJSM Ingredient Philosophy

At RARJSM, our gels are formulated to balance performance, color, and nail health. Our products are low-odor, easy to self-level, and designed to deliver professional-quality results at home or in the salon.

🔗RARJSM TPO &HEMA free collection


 

Final Thoughts

Choosing a gel polish is more than picking a color. Understanding ingredients ensures better adhesion, smoother application, and healthier nails. With RARJSM, you can enjoy beautiful, long-lasting gel nails with confidence.


Recommended Products

RELATED ARTICLES

Leave a comment

Your email address will not be published. Required fields are marked *

Please note, comments must be approved before they are published