Educational and Informative Content
-
Chipping, Cracking and Yellowing Issues of UV Gel Nail Polish: Selection of Main UV Resins and Formula Optimization Solutions
Formulators, OEM processors and factory production personnel specializing in UV gel nail polishes are most likely plagued by three recurring customer complaints: edge lifting within 3 to 7 days after application, brittle cracking under routine bending, and obvious short-term yellowing of clear o...Read more -
Detailed Explanation of UV Curing Energy and Equipment Power Consumption
1.Background and Objectives In the R&D of UV-curable resins and customer technical support, inquiries regarding equipment power and curing effects are frequently encountered. This article clarifies the differences and correlations among four core concepts: equipment power consumption, radiant...Read more -
When purchasing UV resins, don’t just focus on price! These five indicators are the core criteria.
Veterans in the UV curing industry all know that UV resin serves as the core backbone of any formulation system, directly dictating finished product performance, construction outcomes and service life. Many purchasers and formulators prioritize unit pricing above all else and blindly chase low-c...Read more -
UV Coating Disasters: Avoid These Costly Mistakes!
Thanks to its fast curing speed, high film hardness, eco-friendliness and outstanding durability, UV coating is widely used in plastics, wood, hardware, paper and other industries. Despite its seemingly straightforward application process, minor operating errors can lead to coating defects and pe...Read more -
Core keys to enhancing the high-temperature resistance of UV resin.
UV resin, leveraging advantages such as rapid curing, environmental friendliness, and high efficiency, is widely employed in fields like electronics, optics, and automotive. However, the cured film of conventional UV resin typically exhibits poor heat resistance, with long-term service temperatur...Read more -
Analysis of Core Process Advantages of Low-Viscosity UV Resin
Low-viscosity UV resin (viscosity 50–500 mPa·s at 25°C) is an important category of UV-curable materials. Owing to its superior performance compared to traditional high-viscosity UV resins and thermally cured resins, it is widely used in fields such as precision manufacturing, electronic packagin...Read more -
How to tackle the challenge of yellowing in UV resin?
In the broad application fields of photopolymerizable materials, ranging from high-end electronic product coatings and precision 3D printing to luxury automotive paints and artwork preservation, UV resin has become an indispensable key material due to its rapid curing, energy efficiency, environm...Read more -
UV resin not curing completely? These 5 factors might be the culprit.
As a UV resin manufacturer, we receive daily customer inquiries about curing issues: “Why is my product surface sticky?” “Why isn’t it hard enough after curing?” “Why is the curing effect inconsistent between batches?” Incomplete curing of UV resin not on...Read more -
How to choose between epoxy acrylates and polyurethane acrylates?
As a UV resin manufacturer, we are asked a classic question by customers every day: “How should I choose between epoxy acrylates and polyurethane acrylates?” This is indeed the most crucial decision in UV formulation. Choosing correctly leads to outstanding product performance and con...Read more -
Analysis of the Curing Mechanism of UV Resins
In the world of UV resins, the photoinitiator acts like a catalyst of instant transformation—a magic trigger that solidifies liquid resin into solid form within seconds. Today, let’s unveil the mystery behind this fascinating process. 1.Photoinitiator: The “Ignition Switch” of UV Cur...Read more -
UV Resin vs Traditional Resin: A Comprehensive Guide to Core Differences and Application Scenarios
In industries such as industrial manufacturing, building material decoration, and electronic packaging, resin materials serve as indispensable core raw materials. With technological advancements, UV resin has rapidly emerged as a “rising star” in many sectors, thanks to its unique cur...Read more -
Production Process and Key Considerations for UV Resin Formulations
What is UV Resin? UV resin is a type of high‑performance polymer material that cures (solidifies) under ultraviolet (UV) light. It is widely used in applications such as coatings, adhesives, and electronic encapsulation. Thanks to its excellent physical and chemical properties, UV resin has gai...Read more
