Empowering UV Curable Coatings • Unlocking New Possibilities for Material Upgrading CAS 16432-81-8 2-(4-Benzoyl-3-hydroxyphenoxy)ethyl acrylate

In the field of UV curable coatings, every performance breakthrough stems from precise empowerment of core raw materials.

Deeply engaged in the UV curable material industry, we have developed CAS 16432-81-8 (2-(4-Benzoyl-3-hydroxyphenoxy)ethyl acrylate) specifically for the coating industry. It is not only a multifunctional synthetic monomer, but also the key solution to three core pain points of UV curable coatings: curing efficiency, weather resistance, and adhesion strength. Suitable for various high-end UV curable coatings, UV inks and photosensitive resins, it injects strong momentum into material upgrading.

Core Advantages for UV Curable Coatings

Different from general intermediates, it precisely matches the R&D and production requirements of UV curable coatings, with each advantage tailored to practical industrial applications:

Dual-function Empowerment • Higher Curing Efficiency

Featuring benzoyl photosensitive groups and polymerizable acrylate double bonds, it enables fast UV curing without excessive addition of photoinitiators, greatly improving coating production efficiency, shortening curing cycles, reducing production costs, and meeting the needs of continuous assembly-line production.

Strong Adhesion • Superior Weather Resistance

The synergistic effect of hydroxyl and acrylate groups significantly enhances adhesion between coatings and substrates such as wood, plastic and metal. The cured coating features excellent yellowing resistance, scratch resistance and aging resistance, solving common industrial problems such as delamination and yellowing, and ideal for high-end decorative and protective coatings.

High Compatibility • Flexible Formulation

Perfectly compatible with mainstream UV curable systems including acrylates, polyurethanes and epoxies. It has excellent solubility and flexible dosage, allowing free adjustment according to requirements for hardness, gloss and flexibility without modifying existing production processes, lowering R&D and production thresholds.

High Purity • Stable Batch Performance

Produced with coating-grade refining technology, with purity ≥97% (98% high-purity grade customizable). Strict control of impurities and moisture ensures consistent performance in every batch, stabilizing coating production and avoiding quality issues caused by raw material variations.

Targeted Applications for UV Curable Coatings

Precisely suitable for a full range of UV curable coating scenarios, covering high-end architectural coatings, industrial protection, electronic coatings and other key fields:

High-end UV Wood Coatings: Improves coating gloss and wear resistance. The cured film is transparent, delicate and highly resistant to yellowing, ideal for high-end furniture and flooring.

Industrial UV Protective Coatings: Enhances adhesion and corrosion resistance on metal and plastic substrates. Used for surface protection of home appliances, automotive parts and hardware, combining decorative and protective functions.

UV Inks & Adhesives: As a functional monomer, it improves curing speed and adhesion, suitable for high-precision printing such as food packaging and printed circuit boards. It also enhances bonding strength and weatherability in UV adhesives.

Special UV Curable Materials: Used in photosensitive resins and UV-curable modified coatings for 3D printing, precision coatings and other high-end applications, promoting the development of UV curable materials toward higher performance and multi-functionality.

Quality & Service Assurance

With deep expertise in UV curable materials, we understand coatings, raw materials and your production needs, providing full support for your projects:

Coating-grade Quality Control: COA,  MSDS are provided for each batch, meeting industry testing standards with traceable and verifiable quality.

Flexible Supply: Supports small packages from 1g, 25g, 100g to kilogram and tonnage quantities, suitable for R&D, pilot and mass production.

Professional Support: Dedicated technical team for UV curable materials provides formulation recommendations, curing process optimization and timely solutions for application challenges.

Reliable Storage & Transportation: Low-temperature, light-proof packaging with inert gas protection and professional logistics to ensure stable performance during delivery. In stock and ready to ship without delays.

Based on premium raw materials and driven by technology, 2-(4-Benzoyl-3-hydroxyphenoxy)ethyl acrylate，CAS 16432-81-8 helps UV curable coatings break through performance limits and empower the high-quality development of the material industry.

Samples and quotations are warmly welcome.