Chicology 24.75"W X 72"H Cordless Double Cell Cellular Shades Light Filtering Khaki

Upgrade your home with Chicology Double Cell Cellular Shades, designed to gently filter natural light while providing everyday privacy, energy efficiency, and modern style. The double-cell honeycomb construction helps insulate windows by reducing heat in summer and retaining warmth in winter for year-round comfort. These cordless cellular window shades feature a child- and pet-safe design, a color-matching headrail, and a durable aluminum bottom rail for a clean, streamlined look. Ideal for living rooms, bedrooms, kitchens, dining rooms, home offices, nurseries, and other indoor spaces, these light filtering window blinds offer lasting performance and easy operation. Measurement Guide: For an inside mount, measure the exact window opening. A minimum depth of 1 in. is required, with 2 in. recommended for a flush fit. Shades include a 0.375 in. width deduction for proper inside mount installation. For an outside mount, add 2 to 3 in. to the width and height for improved light control and privacy.

• Double-cell honeycomb construction traps air to improve insulation, helping reduce heat transfer and maintain comfortable indoor temperatures throughout every season.
• Light filtering cellular shades softly diffuse natural light, reduce glare, and provide everyday privacy without completely darkening your room.
• Cordless window shades offer smooth operation with no dangling cords, creating a safer choice for homes with children and pets while maintaining a clean, modern look.
• Energy-efficient cellular shades help keep rooms cooler in summer and warmer in winter, improving comfort while supporting better window insulation.
• Color-matched headrail and durable aluminum bottom rail provide a polished appearance and lasting performance that complements modern and traditional home décor.
• Inside mount requires exact window measurements and 1 in. minimum depth (2 in. recommended). Outside mount: add 2-3 in. to width and height for best coverage.