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High-Performance UV Oligomers & Photopolymer Resins for Advanced Global Industrial Formulations

Guangdong Ever Ray Environmental Material Co., Ltd. Manufacturing Facility

About Guangdong Ever Ray

Guangdong Ever Ray Environmental Material Co., Ltd., established in 2006, is a prominent high-tech enterprise focusing on the R&D and manufacturing of oligomers for UV curable resin. Our extensive material product catalog includes epoxy acrylate, polyurethane acrylate (waterborne, aliphatic urethane, aromatic urethane), polyester acrylate, pure acrylate, and other specialized, functional modified acrylate oligomers.

For nearly two decades, we have continuously driven technology and environmental sustainability, ensuring that our products deliver high reactivity, superior chemical resistance, and high gloss characteristics required by our global partners.

Productive Capacity & Quality Systems

Operating across advanced production locations to guarantee output stability, strict safety standards, and batch-to-batch chemical reliability.

DCS Fully Computerized Control

Our production facilities are equipped with flexible and advanced DCS fully computerized control systems. This allows real-time monitoring of chemical polymerization parameters (temperature, pressure, feed rate), ensuring highly stable esterification and condensation reactions.

By leveraging expert guidance from domestic UV chemical scientists and utilizing high-purity raw materials sourced globally, we guarantee maximum chemical stability and minimized batch fluctuations.

Dual Advanced Production Bases

We operate two main manufacturing factories designed to meet global supply demands:

  • Jiangmen Base (Guangdong): Covering approximately 10,000 square meters, handling rapid formulation customized adjustments and specialized batch production.
  • Yunfu Base (Guangdong): Spanning around 40,000 square meters, customized with advanced warehousing, chemical logistics, and comprehensive Quality Control (QC) facilities.

With an annual production capacity of over 20,000 tons run across more than 10 dedicated synthesis lines, we are capable of fulfilling massive international supply agreements.

Production Process
Reactor Lines
Testing Lab
Quality Inspection
Storage Tank Area
Logistics Center
Chemical Warehousing
2006
Established Year
50,000㎡
Total Factory Area
20k+ Tons
Annual Capacity
10+
Invention Patents
15+
Expert R&D Techs

Technology Roadmap & Future Outlook

Underpinning our research is a commitment to sustainable green chemistry, LED-UV adaptation, and molecular structural modification.

In the field of radiation curing technologies, epoxy acrylates and polyurethane acrylates have formed the backbone of high-performance coatings, packaging materials, and electronic adhesives. However, modern environmental regulations and performance requirements demand a transition towards lower carbon footprints, reduced migration risks, and optimized curing kinetics. Ever Ray’s technical roadmap addresses these transitions across three primary pillars:

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LED-UV Compatibility
Conventional UV curing systems rely on mercury lamps emitting high-energy UVC light. The industry shift to LED lamps emitting at 365nm, 385nm, or 395nm requires oligomers with high surface curing speed and minimal oxygen inhibition. We modify our oligomer backbones to maximize photo-polymerization efficiency at longer wavelengths.
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Green & Bio-Based Chemistry
We are steadily replacing petrochemical raw materials with bio-based alternatives (such as modified vegetable oil epoxies and sugar-derived polyols). This reduces the lifecycle carbon dioxide emissions of the resin without compromising the mechanical hardness or thermal resistance of the final cured film.
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Low-Viscosity, Oligomer Design
To minimize the usage of hazardous reactive diluents (such as monomers like TMPTA or TPGDA), we develop hyperbranched polyester acrylates and modified low-viscosity epoxy acrylates. This assists formulations in meeting stringent VOC (Volatile Organic Compounds) regulations while maintaining optimal leveling properties.

Looking ahead, our collaborative projects focus on dual-cure systems (combining thermal curing with UV curing mechanisms) to address shadow areas in complex 3D components, such as electronic potting adhesives and automotive composite parts.

Macro Industry Solutions

How our modified acrylate oligomers address unique application challenges across high-tech industries.

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Consumer Electronics & 3C Coatings
Modern consumer devices require thin-film coatings with high wear resistance, anti-fingerprint properties, and adhesion to various substrates (glass, aluminum, polycarbonate). Our 73008 Low-Shrinkage Polyurethane Acrylate provides excellent anti-yellowing performance and resistance to thermal shock, making it ideal for mobile device housings and display potting.
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High-Speed Graphic Arts & Inks
High-speed offset printing and packaging varnishes require resins that cure within milliseconds without ink misting. Our 5332F Polyester Acrylate provides pigment wetting properties and Newtonian rheology behavior, ensuring sharp print resolutions, high gloss, and low residual odor on food packaging.
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Industrial Wood & Furniture Coating
UV-curable wood coatings require high hardness to resist scratching and chemical spills, yet enough elasticity to tolerate natural wood expansion. Our Modified Epoxy Acrylate Oligomers balance these needs, providing rapid surface cure speed, excellent sanding properties, and chemical durability for automated roller-coating production lines.
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Automotive & Aerospace Coatings
Automotive exterior trims and optical components demand weatherability and resistance to UV degradation. Our aliphatic polyurethane acrylates (PUA) are formulated with UV absorbers to prevent yellowing, cracking, and loss of gloss under long-term exposure to sunlight and environmental factors.

China Factory 4.0: Supply Chain Resilience

In the chemical sector, delivery delays can stall downstream coating production lines. Ever Ray addresses these risks by applying Factory 4.0 principles across our Jiangmen and Yunfu production plants:

  • Integrated ERP & Supply Chain Tracking: From raw material reception to final resin dispatch, our supply chain is mapped in real-time. We maintain raw material safety stocks with global partners, mitigating chemical shipping bottlenecks.
  • Automated Synthesis Reactors: All raw material charging and temperature profiles are regulated automatically, eliminating human error and ensuring that parameters (such as acid value, viscosity, and color index) remain consistent across every batch.
  • Scale and Efficiency Advantages: By operating 10+ active production lines with an output of over 20,000 tons, we achieve economies of scale, passing the cost savings directly to our global customers.
Ever Ray Chemical Patents & Technology Certifications

Localization Support & Compliance Assurance

Ensuring our products meet international regulatory demands, chemical registration, and quality certifications.

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ISO 9001 & ISO 14001
Our chemical manufacturing plants strictly comply with ISO 9001:2015 Quality Management Systems and ISO 14001:2015 Environmental Management Systems. This ensures that safety, quality, and environmental stewardship are built directly into our manufacturing processes.
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Global Regulatory Compliance
We actively monitor and document chemical compliance parameters. Our products are designed to meet requirements such as EU REACH, RoHS, TSCA (USA), and other regional inventories, ensuring trouble-free customs clearance and production integration.
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Technical Localization Support
We provide customized formulations to match local climatic conditions, substrate variations, and application equipment setup. Our 15+ experienced engineers are ready to adjust molecular properties (such as glass transition temperature, viscosity, and diluent compatibility) for your specific processes.

Global Enterprise Procurement Framework

Critical performance criteria for selecting and sourcing modified acrylate resins for industrial formulations.

When purchasing UV-curable oligomers and resins, formulation chemists and procurement managers must evaluate several technical criteria to ensure performance and cost stability:

Performance Criteria Epoxy Acrylate Polyurethane Acrylate Polyester Acrylate
Curing Speed Excellent (Fastest) Good to Excellent Moderate to Good
Hardness & Gloss High Hardness / High Gloss Adjustable Hardness Moderate
Flexibility & Elongation Low (Brittle) High (Toughness) Good
Adhesion to Hard Substrates Excellent (Glass, Metal) Excellent (Plastic, Metal) Good (Paper, Wood)
Yellowing Resistance Poor to Fair Excellent (Aliphatic types) Moderate

By coordinating with our technical engineers, procurement departments can select specific grades (such as the high hydroxyl 5830A for thermal/moisture resistance, or 7296-1 for impact-resistant applications) to optimize cost-efficiency and chemical performance.

Technical Q&A / FAQs

Resolving common industrial formulation and procurement challenges with advice from our technical specialists.

Q1: What are the main advantages of using modified epoxy acrylate over standard epoxy resin?
Modified epoxy acrylates combine the high hardness, chemical resistance, and substrate adhesion of standard epoxy resins with the ultra-fast polymerization capabilities of acrylic double bonds under UV light. This modification improves crosslinking density, surface gloss, and processing speed, making them suitable for graphic arts, wood finishes, and metal protective coatings.
Q2: How does Ever Ray control quality and batch consistency for large-volume orders?
We use a DCS fully computerized control system across our Jiangmen and Yunfu bases. This system monitors synthesis temperatures, mixing speed, and raw material feed rates in real time. Combined with ISO 9001 and ISO 14001 protocols, this ensures chemical properties like viscosity, color, and double-bond density remain uniform from batch to batch.
Q3: Are Ever Ray's UV oligomers compatible with LED-UV curing systems?
Yes, many of our modern oligomers, such as the Wholesale 61003A UV resin, are designed for LED-UV curing. These products undergo molecular modification to achieve high surface cure reactivity, reducing the oxygen inhibition effect that typically affects longer-wavelength light sources like 365nm to 395nm LEDs.
Q4: How do I select the right oligomer between Polyester, Polyurethane, and Epoxy Acrylate?
Selection depends on your performance priorities:
  • Epoxy Acrylate: Choose for high hardness, chemical resistance, fast cure, and lower cost. Perfect for wood and paper coatings.
  • Polyurethane Acrylate (PUA): Choose for excellent flexibility, toughness, yellowing resistance (aliphatic types), and adhesion to plastics/metals. Ideal for electronics and automotive coatings.
  • Polyester Acrylate: Choose for low viscosity, cost-efficiency, and excellent pigment wetting. Best for printing inks and wood primers.
Q5: What compliance certifications do your chemical products carry for international export?
We supply high-grade raw materials that meet strict environmental regulations. Our products align with EU REACH, RoHS, TSCA, and relevant local environmental and safety standards. Safety Data Sheets (SDS) and Technical Data Sheets (TDS) are provided with every shipment.