Select high-purity UV monomer resins and specialty acrylates engineered for durable architectural toppings, industrial floor coatings, and concrete repair systems.
Established in 2006, Guangdong Ever Ray Environmental Material Co., Ltd. is a leading high-tech chemical enterprise specializing in the research, development, and high-volume manufacture of advanced oligomers for UV-curable systems. Our core formulations include epoxi para concreto modifiers, aliphatic and aromatic polyurethane acrylates, polyester acrylates, waterborne systems, and specialty functional resins engineered to excel under extreme mechanical and environmental conditions.
We focus on developing high-performance solutions that enable contractors and industrial formulators to achieve superior adhesion, high chemical resistance, fast curing times, and cost-efficiency. Our products are widely used in heavy-duty concrete repair, industrial flooring, architectural varnishes, plastics, advanced inks, and high-performance adhesives.
Operating two high-tech chemical production facilities in Guangdong province with computerized DCS automation systems.
Our production facilities operate under strict compliance with ISO9001 quality management and ISO14001 environmental safety management systems. By integrating advanced Distributed Control Systems (DCS), we manage polymer synthesis temperatures, pressure cycles, and component additions dynamically, eliminating human error and ensuring unmatched batch-to-batch consistency.
We partner with leading global raw material suppliers to procure high-purity monomers and base chemicals. Our production safety systems, emergency containment arrays, and environmental treatment setups are continually upgraded to achieve zero-accident, zero-harm production lines.
How Ever Ray modifies polymer architectures to solve concrete protection, structural bonding, and wear challenges.
Traditional bisphenol-A epoxy resins are modified with acrylic acid to form epoxy acrylates. This molecular hybridization ensures the high tensile strength, chemical resistance, and substrate adhesion typical of epoxies, combined with the rapid polymerization rates of UV-curable systems. Our modified resins exhibit low shrinkage rates, ensuring optimal dimensional stability on concrete substrates.
To satisfy increasingly stringent VOC (Volatile Organic Compound) regulations, our R&D team has developed waterborne UV-curable epoxy acrylates. These systems allow formulators to use water as a viscosity reducer instead of traditional hazardous solvents, producing eco-friendly, low-odor concrete coatings that do not compromise on adhesion or scratch resistance.
Since concrete structures are thick and often exhibit deep shadowed areas where UV light cannot penetrate, we design dual-curing systems. These materials cure rapidly under UV/LED light sources at the surface while relying on secondary moisture or thermal mechanisms to cure deep within concrete pores, preventing debonding.
Developing epoxi para concreto oligomers derived from cardanol, soybean oil, and other renewable agricultural feedstock, targeting bio-content levels over 40% while preserving mechanical integrity.
Optimizing resin reactivity specifically for 365nm and 395nm LED-UV cure systems, allowing field applications with portable curing equipment and reducing energy consumption on-site by up to 70%.
Developing micro-encapsulated functional monomers within the epoxy acrylate structure that rupture and polymerize automatically when microscopic cracks occur under physical concrete load cycles.
Engineered concrete epoxy systems that satisfy heavy-duty traffic, hygiene compliance, and long-term durability requirements.
High-velocity automated guided vehicles (AGVs) and heavy forklifts require floor systems with high abrasion resistance, dimensional planeness, and anti-static characteristics. Our modified epoxy acrylates deliver high cross-linking densities, protecting the structural concrete base from micro-fractures, dusting, and chemical stains.
Concrete structures exposed to marine spray, salt water, and carbon dioxide suffer from carbonation and rebar corrosion. Ever Ray's specialty epoxy systems function as dense barrier coatings, blocking moisture and chloride ion ingress.
Industrial processing plants need clean floors that resist acids, alkalis, and solvents. Our resins are tailored to offer high chemical cross-linking density, preventing chemical spills from degrading the concrete core.
Commercial malls, airport terminals, and subway stations require flooring that combines durability with aesthetic appeal. Our low-yellowing polyurethane and polyester acrylates can be blended with decorative chips or quartz sands to create high-gloss, wear-resistant public floor surfaces.
Leveraging automated chemical manufacturing and a robust supply chain to ensure quality, cost-efficiency, and on-time global delivery.
Guangdong Ever Ray utilizes a smart manufacturing framework that integrates chemical raw material procurement, computerized reaction control, and logistical scheduling. This integrated approach minimizes production delays and shields our global distributors from price swings.
Located within South China's premier petrochemical manufacturing hub, we enjoy direct pipeline and fast bulk-tanker delivery of core acrylic monomers, epichlorohydrin, and bisphenol-A, reducing transport costs and avoiding material shortages.
Our DCS computerized production line regulates chemical feeds and polymer cook temperatures to within ±0.5°C, ensuring that every batch of wholesale concrete epoxy exhibits consistent viscosity, cure times, and properties.
Our dual bases in Jiangmen and Yunfu are situated near Guangzhou, Shenzhen, and Hong Kong ports, enabling fast shipping container loading, export customs clearance, and global ocean transport.
How we support international polymer formulators, chemical distributors, and OEM floor brand owners.
We recognize that different concrete substrates and climatic conditions require tailored formulations. Our R&D center can adjust the viscosity, molecular weight, functionality, and cure speed of our oligomers to match your field requirements.
We support multiple wholesale shipping formats, including 200 kg steel drums, 1,000 kg IBC tote systems, and bulk ISO tank containers. All containers are sealed under dry nitrogen gas to prevent moisture contamination and ensure a long shelf life.
Every shipment is accompanied by a detailed Certificate of Analysis (CoA) detailing resin viscosity, acid value, density, color value (Gardner), and solids percentage, alongside comprehensive Safety Data Sheets (SDS) in multiple languages.
Meeting stringent global chemical regulations to ensure import security and local regulatory compliance.
To support global chemical distributors, we actively register our key oligomers and chemical components with national and regional chemical registries. This ensures uninterrupted custom clearance and smooth product distribution.
Ever Ray provides remote and on-site technical support. Our chemical lab team can replicate client formulation issues, analyzing curing speeds, hardness development, adhesion properties, and weatherability.
For distributors in Latin America and Europe sourcing "epoxi para concreto" formulations, we offer bilingual technical datasheets, usage instructions, and safety guidelines.
Detailed technical answers to common queries from chemical purchasing directors and coating formulators.
Pure epoxy resins require stoichiometric mixing with amine curing agents and dry over hours or days via polyaddition reactions. Modified epoxy acrylates combine the epoxy backbone with acrylic acid functionality. Under UV light and in the presence of photoinitiators, they polymerize via free-radical reaction within seconds, dramatically accelerating production output.
Moisture in concrete pores can cause blistering or delamination of standard hydrophobic epoxy resins. To address this, Ever Ray designs waterborne epoxy acrylates and dual-curing systems. These exhibit high moisture tolerance, bonding securely to damp concrete surfaces without loss of adhesion.
Stored in cool, dry conditions (below 30°C) in original unopened containers, protected from direct sunlight, our UV-curable oligomers have a shelf life of 6 to 12 months. We add stabilizer packages to prevent premature gelation.
Yes. We adjust molecular weights, cross-linking density, and add reactive monomers (like TMPTA, TPGDA, HDDA) to alter viscosity. This allows us to supply oligomers suitable for self-leveling floors, thin-film spray primers, or thick mortar screeds.
Standard formulations are typically synthesized, quality-tested, packed, and delivered to local ports within 14 to 21 business days. Custom polymer formulations may require 3 to 4 weeks, depending on the complexity of chemical synthesis and certification testing.
Explore our extended catalog of oligomers, reactive diluents, and high-performance UV curable resins.
Leverage our automated synthesis capabilities, ISO certifications, and formulation expertise to optimize your concrete flooring, repair mortar, and protective coating product lines.
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