Damar 01721A F26DTT/835 26W CFL Double Twin Tube 3500K G24d-3 2-pin Base

Introducing the Damar 01721A F26DTT/835 26W CFL Double Twin Tube an efficient lighting solution designed to illuminate your space with clear and crisp illumination. With a color temperature of 3500K and a G24d-3 2-pin base for easy installation, this CFL (Compact Fluorescent Lamp) offers reliable and long-lasting lighting suitable for various indoor applications. Light up your surroundings with the Damar 01721A, providing energy-efficient lighting while minimizing energy consumption.

Key Features:

• Energy-Efficient Lighting: The Damar 01721A CFL is a 26-watt energy-saving alternative to traditional incandescent bulbs. Enjoy ample illumination while reducing energy consumption and lowering utility expenses.

• Clear 3500K Color Temperature: Emitting clear and crisp light, this CFL is ideal for creating a bright and lively atmosphere in workspaces, garages, or retail spaces, enhancing visibility and focus.

• Double Twin Tube Design: With its double twin tube design, this CFL ensures efficient light output in a compact form factor, providing substantial illumination without sacrificing performance.

• G24d-3 2-Pin Base: The G24d-3 2-pin base enables easy installation into compatible fixtures, featuring a secure pin configuration for stable connection and reliable performance.

• Versatile Applications: Suitable for various indoor settings including residential, commercial, and hospitality, the Damar 01721A is perfect for table lamps, sconces, downlights, and more.

• Long Lifespan: Engineered for enduring performance, this CFL reduces the frequency of bulb replacements compared to traditional incandescent options, providing long-lasting lighting solutions.

Upgrade your lighting setup with the Damar 01721A F26DTT/835 26W CFL Double Twin Tube. Experience energy-efficient illumination with clear tones, easy installation, and versatile applications. Illuminate your space with a reliable and cost-effective lighting solution.

Spec Sheet: Click Here