A patented warm white nano-engineered Eu³⁺-based phosphor solution that provides stability, low saturation, color tunability, and 10% to 20% more lumens per watt for CRI 80-95 LED applications.
EuroLED® is a patented LED technology, built on advanced nanomaterials that replace traditional phosphor systems with a more efficient red and green phosphor combination. This nano-engineered Eu³⁺-based solution delivers up to 10–20% more lumens per watt for warm white CRI 80–95 applications, while maintaining color stability, low photo-saturation, and excellent thermal performance. Fully compatible with existing LED manufacturing processes, EuroLED® is easy to adopt and scalable for both indoor and outdoor use. From general lighting to high-CRI environments, it offers a reliable path to higher efficacy without sacrificing quality. Designed for stability in mid- and high-power LEDs, EuroLED® performs consistently, even in the most demanding conditions.
EuroLED® delivers up to 10–20% more lumens per watt, helping you get more light from every electrical watt, without compromising color quality.
Engineered for long-term spectral consistency, EuroLED® maintains accurate color across time, temperature, and production batches.
Its modular nanomaterial design allows precise control over the color output, making it adaptable for a wide range of CRI levels, color temperature, and lighting environments.
Fully compatible with existing LED manufacturing processes and with a production process without hydrofluoric acid, EuroLED® is easy to integrate, scale up, and license for global applications.
Our proprietary nanoparticle technology is built on the inter-particle energy transfer (IFRET) principle.
We combine two purpose-built nanomaterials:
By engineering these two materials at the nanoscale and positioning them with precision, energy absorbed by the sensitizer is transferred directly to the emitter, which then emits the desired color.
While energy transfer between ions is not new, conventional methods embed both ions in a single host material. This often leads to quenching, where the light is lost due to uncontrolled interactions between ions, making the blue absorption of Eu³⁺ particularly problematic.
Our breakthrough lies in decoupling the materials. By choosing separate hosts for both the sensitizer and emitter, and by precisely controlling the distance between them, we enable efficient energy transfer while preventing performance losses.
This design flexibility means we can fine-tune each component for optimal absorption, emission, and stability, without any compromise.
Learn more about the science behind our proprietary technology.
Below you’ll find answers to the most common questions about performance, installation, durability, and applications. If your question isn’t listed, feel free to contact us for more information.
EuroLED® is a patented warm white, nano-engineered phosphor technology developed to improve the efficiency and color quality of LED lighting.
It is designed for CRI 80–95 applications and enables higher light output per watt while maintaining stable color performance.
Find more about EuroLED® here.
Our advanced luminescent technologies are designed for a wide range of LED lighting applications, including indoor and outdoor lighting for retail, hospitality, architectural, and industrial environments, as well as advanced display technologies.
Through EuroLED®, our flagship luminescent technology, we enable high color quality (high CRI) without sacrificing efficiency thus supporting emerging technologies. EuroLED® improves light performance, stability, and energy efficiency, while remaining scalable for commercial production.
EuroLED® delivers improved efficiency and enhanced color quality compared to conventional LED phosphor solutions, addressing the traditional efficiency–color trade-off in warm white LEDs.
Compared to standard LED solutions, EuroLED® provides more consistent color over time and temperature and is designed to perform reliably in mid-to-high-power applications. This allows manufacturers to deliver brighter, more energy-efficient lighting without changing existing LED designs or production processes.
EuroLED® improves LED efficiency by increasing the amount of emitted visible light, without sacrificing color quality. Its advanced luminescent technology is designed to deliver high color rendering (CRI 80–95) while reducing the energy losses typically associated with warm white LEDs.
By optimizing how light is converted within the LED, EuroLED® enables higher lumens per watt, improved color stability, and reliable performance over time. This efficiency gain helps manufacturers meet performance targets without changing existing LED designs or production processes.
EuroLED® is designed for LED manufacturers and lighting solution providers seeking higher efficiency and improved color quality in warm white LED applications.
It is particularly suited for companies developing mid- to high-power LEDs for indoor and outdoor lighting, including general illumination, retail, hospitality, architectural, and industrial environments.
EuroLED® is ideal for manufacturers looking for a scalable, easy-to-integrate solution that enhances performance without requiring major changes to existing LED designs or manufacturing processes.
EuroLED® is fully compatible with standard LED manufacturing processes and can be integrated into existing LED packages and product platforms. Once incorporated at the LED component level, it can be used across a wide range of fixtures that share the same mechanical and electrical design as current LED solutions. EuroLED® is not a retrofit bulb or fixture, but a phosphor technology integrated by LED manufacturers into their products. This approach enables performance upgrades while minimizing development risk and time to market.
Whether you’re a lighting manufacturer, technology partner, or investor, we’re always open to meaningful collaborations. EuroLED® is ready for market. Let’s explore how we can bring this innovation to life together.
Our insights give you the full story, from core science to practical impact.
