News

Company News

Application Mind Map

Test Report

Technical Article

Industry News

The Development of Gel Nail Polish

Release time:

2026-04-13 23:08

As the mainstream product in the modern nail-art industry, gel polish has evolved through the combined influence of materials science and shifting consumer demand. From rudimentary nail decoration in ancient times to the application of modern light-curing technology, gel polish has undergone multiple technological iterations—moving from traditional nail polish to phototherapy gel and ultimately to removable gel polish.

I. The Origins of Ancient Nail Art

The history of nail beauty dates back thousands of years. Even in ancient civilizations, people used natural materials to create cosmetics for enhancing and decorating their nails. During this period, nail adornment primarily relied on natural ingredients such as beeswax and egg white; although the results were limited, these early practices laid the cultural foundation for humanity’s enduring pursuit of nail aesthetics. For a long time, nails have been regarded as the most striking feature of the hands, and nail decoration has served as a symbol of social status. This aesthetic aspiration has continuously driven the evolution of nail-art techniques.

II. The Birth of Modern Nail Polish

The 20th century marked the dawn of the modern nail industry. In the 1930s, commercially produced nail polish made its debut, signaling the formal inception of the modern nail polish sector. During this period, nail polish primarily dried and formed a film through solvent evaporation, with its core components comprising film-forming agents, resins, and solvents. This technological approach established the fundamental formulation framework for traditional nail polish, which has endured to this day. Subsequently, the introduction of artificial nail materials transformed false nails into a fashion statement, further expanding the boundaries of the nail industry.

III. The Emergence and Preliminary Exploration of Phototherapy Gel

In the 1980s, the maturation of UV-curing technology brought about a revolutionary transformation in the nail industry. The introduction of the first UV-curable gel system marked the entry of UV-curable materials into the nail care sector, achieving the breakthrough of rapid curing of liquid formulations under ultraviolet light. However, early phototherapy gel systems suffered from numerous shortcomings: inconsistent product quality and a tendency to cause burning sensations during curing. In addition, the proliferation of low-quality, unevenly performing home-use nail systems on the market further tarnished the reputation of phototherapy gels. By the late 1980s, most companies had withdrawn from this market, with only a handful continuing to refine their products and maintaining a small share of the market.

IV. Technological Improvements and Market Recovery

In the 1990s, gel nail technology achieved a major breakthrough. New formulations incorporated more advanced acrylic molecules, precisely tailored to specific light sources and curing temperatures, resulting in enhanced durability and transparency while minimizing odor during application. The self-leveling property significantly reduced the need for sanding and minimized dust generation, thereby improving the working environment for nail technicians. Continuous refinements in formulation technology also addressed the issue of yellowing that plagued traditional gels. These advancements restored gel nail products’ market acceptance and laid the groundwork for the widespread adoption of gel polish in the years that followed.

V. The Maturation and Popularization of Gel Nail Polish

Since the turn of the 21st century, gel polish technology has continued to mature and gain widespread adoption. Its viscosity has been optimized for bottle-based brush application, a revolutionary change that makes the product easier to use and has accelerated its penetration in the nail industry. The key technical advantages of gel polish include being solvent-free, odorless, and environmentally friendly; strong adhesion; excellent flexibility; resistance to shrinkage and cracking; high malleability; and the ability to create a wide variety of nail designs. These characteristics have gradually enabled gel polish to replace traditional nail polish, establishing it as the mainstream product in the nail industry. With the introduction of advanced technologies and the development of the market, the gel polish sector has expanded rapidly, with products becoming increasingly affordable and the consumer base continually growing.

VI. Current Technological Trends and Future Directions

Currently, gel nail polish technology continues to evolve. Dual-light curing systems have become the industry standard, offering compatibility with a wide range of product formulations. In terms of formulation, solvent-free, low-odor, and highly biocompatible ingredients are now key R&D priorities. The emergence of new surface-treatment technologies has opened up fresh possibilities for gel nail polish finishes, enabling ultra-matte, skin-like effects with extremely low gloss.

Changes in the consumer market are also driving product iteration. As sales channels evolve, nail care consumption is rapidly shifting from professional salon services to at-home use. Diverse consumer needs across different regions are prompting companies to develop products tailored to specific environmental conditions. Looking ahead, the development of gel nail polish will move toward greater environmental friendliness, enhanced safety, and expanded functionality. Key technological trends to watch include the development of hypoallergenic formulations, the adoption of bio-based raw materials, and the further miniaturization and energy efficiency of curing equipment.

VII. Conclusion

The evolution of gel nail polish has involved multiple technological leaps, from ancient natural materials to modern nail polishes, and then to phototherapy gels and removable gel nail polishes. The application of UV light-curing technology marked a pivotal turning point in this development, fundamentally transforming the curing process and performance characteristics of nail coatings. As materials science and curing technologies continue to advance, gel nail polish will keep achieving new breakthroughs in areas such as safety, environmental friendliness, and functional diversification.

Disclaimer: The above content has been compiled from public sources for reference only; if any infringement occurs, please contact us and we will address it promptly.

Boxing Recommended Products – UV Gel Nail Polish
Base coat
Product Model/English Abbreviation	Product Name/Product Type	Product Features
B-02H	Phosphate ester acrylate monomer	Enhance adhesion to substrates such as metal, glass, and plastic.
B-2016	Polyester acrylate	High molecular weight, excellent flexibility, strong adhesion, and low heat release.
B-2018	Aliphatic polyurethane acrylate	Good adhesion, good flexibility, and water resistance.
Colored tape
Product Model/English Abbreviation	Product Name/Product Type	Product Features
B-151DM	Modified epoxy acrylate	Low halogen, yellowing resistance, excellent plating performance, and strong adhesion.
B-162	Epoxy acrylate	Fast curing, low odor, high gloss, and high fullness.
B-166A	Modified epoxy acrylate	Good flexibility and strong adhesion
B-166A-85	Modified epoxy acrylate	Good flexibility, excellent adhesion, contains 15% HEMA
B-166A-85P	Modified epoxy acrylate	Good flexibility, excellent adhesion, contains 15% HEMA
B-27	Active amine photosensitizing promoter	Low color number, benzene-free, low odor, antioxidant and anti-polymerization
B-296	Aliphatic polyurethane acrylate	Fast curing, chemical resistance, yellowing resistance, and impact resistance.
Extended glue
Product Model/English Abbreviation	Product Name/Product Type	Product Features
B-210D	Aliphatic polyurethane acrylate	Fast curing, low heat release, and excellent toughness.
T-2022D	Aliphatic polyurethane acrylate	Non-stick, low heat generation, strong adhesion, high hardness
Sealant glue
Product Model/English Abbreviation	Product Name/Product Type	Product Features
B-376	Aliphatic polyurethane acrylate	LED yellowing is minimal, and the nail polish formulation exhibits excellent stability.
B-412T-6	Aliphatic polyurethane acrylate	Good toughness, tin-free, and excellent stability of the nail polish formulation.
Matte Sealing Layer
Product Model/English Abbreviation	Product Name/Product Type	Product Features
B-328M	Aliphatic polyurethane acrylate	Low gloss, low viscosity, excellent wettability, and a pleasant hand feel.
B-328R	Aliphatic polyurethane acrylate	Low gloss, excellent matting, good wetting, and a fine, smooth, and silky hand feel.
B-329D	Aliphatic polyurethane acrylate	Low irritation, low viscosity, excellent wettability, and a pleasant feel.
One-step adhesive
Product Model/English Abbreviation	Product Name/Product Type	Product Features
B-315	Aliphatic polyurethane acrylate	Wear and chemical resistance, high hardness, toughness, and yellowing resistance.
A-grade film
Product Model/English Abbreviation	Product Name/Product Type	Product Features
B-113	Bisphenol A epoxy acrylate	High hardness, high gloss, high fullness, containing 20% TPGDA.
B-216	Aliphatic polyurethane acrylate	Fast curing, high fullness, and excellent toughness
B-268M	Aliphatic polyurethane acrylate	Good flexibility, excellent adhesion, superior plating performance, and strong hiding power.
B-619W	Aliphatic polyurethane acrylate	Fast curing, high hardness, good toughness, wear resistance, and chemical resistance.
Individual Recommendation
Product Model/English Abbreviation	Product Name/Product Type	Product Features
BM1211 (HPMA)	Hydroxypropyl methacrylate	HEMA-free, high strength, low irritation, high adhesion

Share to:

What is the function of UV gel nail polish?

Introduction to UV Gel Nail Polish