Coolaroo Privacy Screen Sun Shade Fabric, Sandstone Color with 70% UV Block Protection 12′ x 50′
- Features: Energy Efficient
- Brand: Coolaroo
- Color: Sandstone
- Manufacturer: Coolaroo
- Condition: New
- Assembled Product Weight: 24 lb
- Size: 12′ x 50′
- Assembled Product Dimensions (L x W x H): 36.30 x 9.50 x 9.50 Inches
Coolaroo Privacy Screen Shade Fabric with 70% UV Block Protection for Fence, Carports, Balcony, Wind Block, Car Protection, 12′ x 50′, Sandstone is heavy duty and breathable allowing just enough visibility to provide you with privacy from the outside world without completely blocking your view of it. This privacy screen fabric not only helps to provide shade and privacy, it also helps to provide protection from the sun, weather, wind and pests. Easy to clean with fast drying capabilities this privacy screen is easy to prep and cut ensuring easy installation on the structure of your choosing. With tear and fade resistant capabilities this shade cloth is durable and will last for years to come and as always Coolaroo offers a manufacturer warranty on all our products against UV degradation. 100% Recycled fabric this shade cloth is lead and phthalate free as well as mold and mildew resistant. Whether you re installing it on a car port to protect your vehicle or on your fence line to block the wind, your privacy and your belongings will be safe with Coolaroo Privacy Screen Fabric.
– Achieve optimal privacy and protection without obstructing views with Coolaroo Privacy Screen 70% UV Block Beige Shade Fabric
– Easily to install for privacy screening, fence lining, balconies, carports, pergolas, wind block, and vehicle protection
– Comes in rolled form making prep and cut to your specified size quick and convenient; Easy to clean with fast air drying capabilities
– Fabric is fade, tear, weather, mold and mildew resistant – optimal privacy and protection from sun, wind, hail and pests all year long
– 100% Recyclable Fabric, this lead and phthalate free shade cloth comes with a 15 year warranty against UV degradation