UV-A Actinic
951458 | Manufacturer: Philips | EAN: 8711500951458 | MPN: 928000601030
The Actinic Lamp BL TL 11W 10 UV-A G5 is a precision lighting solution for cosmetic nail treatments, photopolymerization, reprography, and insect killer systems. With low mercury content and 100% lead-free design, it's an eco-friendly choice. Its efficient UV-A radiation ensures exceptional performance in diverse applications.
Introducing the Actinic Lamp BL TL 11W 10 UV-A G5: Illuminating Excellence
The Actinic Lamp BL TL 11W 10 UV-A G5 is the epitome of precision lighting technology, designed to elevate your applications to new heights. With a rich history in the world of lighting, our Actinic lamp is a beacon of innovation, setting new standards in various industries. Discover how this extraordinary lamp can enhance your cosmetic nail treatments, perfect photopolymerization processes, revolutionize reprography, and keep your spaces free from bothersome insects.
Unlocking the Potential: A Closer Look at Actinic Lamp BL TL 11W 10 UV-A G5
Long Description
Our Actinic Lamp BL TL 11W 10 UV-A G5 is a marvel of modern lighting engineering. Boasting a cap-base G5 and a bulb T16, this lamp is not just an ordinary light source but a versatile tool for a multitude of applications. Its primary role lies in reprography, where it excels with a useful life of 2000 hours. The color code 10, with its Actinic designation, ensures you achieve precise and accurate results every time you use this lamp.
Features
Applications
Benefits
The Actinic Lamp BL TL 11W 10 UV-A G5 offers a myriad of benefits:
Technical Data
In Conclusion
Elevate your lighting solutions with the Actinic Lamp BL TL 11W 10 UV-A G5. With a rich history of lighting expertise, this lamp is more than just illumination; it's a testament to precision, efficiency, and environmental responsibility. Explore its vast applications and enjoy the benefits it brings to your diverse projects. Illuminate your world with the Actinic Lamp BL TL 11W 10 UV-A G5.
Applications
• Insect traps, Electronic Fly Killers (EFKs), Photopolymerization, Reprographic Processes