Hunter Douglas Cellular Honeycomb Shades in Edmonton
Hunter Douglas Cellular Honeycomb Shades bring energy efficiency to the next level. These specialty-engineered Edmonton Blinds trap air in distinct pockets to create an added layer of insulation between your space and the outdoors.
This remarkable energy-efficient window covering technology helps keep your home cool in the summer months and warm in the winter months. Customize these shades to fit any window size or patio doors in a wide variety of colours and styles.
DUETTE®
Duette® Cellular Shades are an energy-efficient window shade with a honeycomb construction that adds an extra layer of insulation to your windows and doors. These beautiful, light-filtering cellular shades offer year-round comfort and are available in single-cell construction or double-cell construction for the most energy-efficient cellular shade on the market.
Duette® Honeycomb blinds are available in a multitude of fabric options, pleat sizes, colours, and textures, and even have vertical options for doors. Enhance your cellular blinds with the LightLock blackout system that offers the utmost privacy and room-darkening technology for complete privacy and light control.
Benefits of Choosing Cellular Honeycomb Shades by Hunter Douglas
Fabrics and Colors
Energy Efficiency
Versatility
Superb Light Control
Room Darkening
Easy to Clean
Book A Free Consultation
A one-on-one blind consultation is the best way to choose the perfect Hunter Douglas window treatments for your home or office. You will have the opportunity to work directly with our blinds experts to go through our expansive range of Hunter Douglas products including blinds, window shadings, drapery, and wall coverings.
Whether you’re looking to update your space with new blinds, shades and drapes, or you need an expert opinion for a complete redesign, we’re here to help! Book a free consultation today to learn more about Hunter Douglas window coverings in Edmonton and how to choose the right colours and light shading to compliment your space.