Waterproof UV-Blocking Shade Sails

The level of UV blockage depends on the fabric density and material. Our HDPE shade structures — including sail, hip roof, cantilevered, and rectangular designs — block up to 95.5% of ultraviolet radiation. This provides substantial protection for outdoor occupants and helps preserve equipment and furnishings from sun damage.

High-quality shade cloth made from UV-stabilized HDPE, like the material used in our products, can block up to 95.5% of UVR. The exact percentage depends on the weave density and material treatment. Our fabrics are heat-treated and UV-stabilized to maintain this high level of protection throughout the product's lifespan.

All of our shade sails and shade structures are made from HDPE (High-Density Polyethylene) fabric that is mildew-resistant, heat-treated, and non-toxic. The material is environmentally certified, resists dirt, moisture, and certain chemicals, and can be cleaned with a mild, pH-neutral detergent and water.

Yes. We offer fully custom shade sail designs tailored to your specific dimensions, space layout, and aesthetic preferences. Our in-house design team provides photoshop renderings so you can visualize the finished product before fabrication. Multiple colors, attachment options, and structural configurations are available to suit any outdoor environment.

Our shade structures support several attachment and finish options including simple hems with triple-reinforced corner grommets, D-ring attachments, and hemmed edges with rope or cable perimeters. Accessories such as cables, hardware, turnbuckles, and corner posts are also available. The patent-pending Glide Elbow system allows quick canopy removal during severe weather.

Yes. The Windscreen Factory provides professional installation services for all shade structure types — including sail, hip roof, cantilevered, and rectangular shades. Our skilled installation crew handles the full setup process. We also offer ongoing maintenance, repair support, and design consultation to ensure your shade structure performs optimally over time.