There are few things more uncomfortable than being at the mercy of the sun’s harsh, penetrating glare. With Fenetex Retractable Shade Screens, you can turn the tables and make sure each beautiful day is also a comfortable day. These screens block 90% of the penetrating sunlight while also making a substantial dent in your energy costs. With Fenetex Retractable Shades, the sun is at your mercy any time of day.
Reduced Energy Costs
Not only do Fenetex Retractable Shade Screens protect you from the harsh glare of the sun, they also save you money. Our PVC coated solar screen fabric blocks 90% of the sun’s rays, reducing heat transfer and lowering your energy costs. You’ll not only be pleased with your renewed outdoor experience, you’ll also be pleased with the numbers in your bank account each month.
Our hurricane protection solution can be motorized to deploy at the touch of a button. For the ultimate peace of mind, they can be paired with smart home automation systems that can be operated and monitored from anywhere in the world or even deploy on their own when disaster strikes.
Our shade screens are built with the same engineering and craftsmanship in mind as our heavy duty hurricane screens. They use a welded-end retention system that outperforms zipper-based solutions for a screen that is built to last and can withstand winds up to 75mph without blowing out. They’re also made from a UV-resistant fabric that allows them to combat even the harshest sunlight.
Fenetex Retractable Shade Shade Screens can be paired with our hurricane screens or any other Fenetex Retractable screen giving you the right solution at the right time for any condition. Each screen operates independently giving you the protection you want, when you need it.
At Fenetex, we take quality seriously. That’s why we have the most rigorously engineered screen products on the market today. Whether you’re an architect in need of CAD files or a contractor looking for installation instructions, we encourage you to browse our Technical Library.
View Technical Library