951489 | Manufacturer: Philips | EAN: 8711500951489 | MPN: 928001201030
Illuminate brilliance with the Actinic BL TL 15W 10 Mini UV-A G5 lamp. This versatile UV-A actinic lamp is perfect for cosmetic nail treatments, photopolymerization, reprographic processes, and insect killer systems. With low UV-B output features, it is a reliable, safe, and sustainable lighting solution. mini, g5, lamp, bl, tl, 15w, 10, compact, uv, actinic
Introducing the Actinic BL TL 15W 10 Mini UV-A G5 Lamp - Illuminate Brilliance
Unlock the Power of Actinic Lighting
Illuminate your world with the Actinic BL TL 15W 10 Mini UV-A G5 lamp, a versatile lighting solution that transcends boundaries. This exceptional UV-A actinic lamp is not just any ordinary lighting device; it's a powerful tool that finds applications in various industries. From enhancing cosmetic nail treatments to precise photopolymerization, efficient reprographic processes, and effective electronic insect killer systems, this lamp does it all.
Unlocking the Essence
Delve into the depths of this remarkable Actinic lamp, and you'll discover a world of innovation and excellence. Designed with precision, it boasts a cap-base G5 and bulb type T16, ensuring top-tier performance in a compact form. With a useful life of up to 1000 hours, this lamp stands the test of time, providing you with consistent, reliable lighting.
Illuminating Features
Applications - Shedding Light on Possibilities
The Actinic BL TL 15W 10 Mini UV-A G5 lamp is your trusted companion in a variety of applications:
Benefits That Shine Bright
Technical Electrical Data
Elevate your lighting game with the Actinic BL TL 15W 10 Mini UV-A G5 lamp. Whether you're in the beauty industry, working with photopolymerization, reprographic processes, or in need of effective insect control, this lamp delivers exceptional performance. It's not just a lamp; it's a solution that shines bright while being eco-friendly. Choose brilliance, choose Actinic BL TL 15W 10 Mini UV-A G5.
Applications
• Insect traps, Electronic Fly Killers (EFKs), Photopolymerization, Reprographic Processes