Introduction
University-Tested Energy-Saving Window Solutions. Transform your home with Blind Screen's thermal window blinds, scientifically proven to reduce energy costs by up to 15%. Our dual-university validated technology combines exceptional insulation with contemporary design. Download University of Salford Energy House Labs Report Here
Looking to update your home or office with a modern and contemporary blind option? Look no further than Blind Screen®. Our easy to operate blinds come in a variety of styles, including net/fly screens for keeping insects out
Innovative blinds that combine blackout and fly screen technology for year-round comfort.
Blind Screen™ offers innovative blinds that combine a 100% blackout honeycomb screen with a mesh net fly screen, providing the ultimate solution for your home comfort needs.
Blind Screen™ transforms any room into a home cinema. Say goodbye to light pollution and enjoy a darkened room perfect for a good night's sleep.
Beat the summer heat and enjoy your living space without discomfort. Our water-resistant fabric is easy to clean, and our anti-pollen fly screens help alleviate allergy symptoms.
Get the best of both worlds with Blind Screen™—a stylish, energy-efficient solution for your home.
Light Seal Is Our 100% Total Blackout Honeycomb Fabric, It Has An Aluminium Membrane, Which Blocks Sunlight & UV Rays, Anti-Sun Fade, Thermal Insulation, Sound Insulation
Scene Set Honeycomb Fabric, Masterfully Filters 50% Light, Subtly Curating An Intimate, Harmonious Ambiance In Rooms.
Pleated Mesh: Optimal Ventilation, Abundant Light, And 90% Vision. Unparalleled Durability, Easy Operation, Stable Shape, Extended Service Life. Eco-friendly, Cost-effective, Waterproof.

Experience the advanced version of Breeze In(R) with our modern net sheer voile. This updated design features an intricate honeycomb structure, offering enhanced privacy while maintaining its unique style. Enjoy the benefits of Breeze In(R), now with a sophisticated touch that elevates your space
Collaboration with Derby University for empirical evaluation of fabric materials, focusing on thermal efficacy and energy efficiency through independent laboratory assays and case studies.