Textilene 90 Screen and Mesh 123" Black T18DCS127
Item
903443
Textilene 90 Screen and Mesh 123" Black T18DCS127 is available to buy in increments of 0.25
This high-performance solar screen fabric is composed of PVC-coated polyester. Textilene 90 is built to minimize heat transfer, glare, and harmful UV rays. Blocking as much as 90% of the sun's rays, the sun screen fabric is flame resistant and fade resistant. It is also a durable substitute to insect screening.
The mesh fabric is a great energy saver and helps prevent interior furniture from fading. The material offers daytime privacy with excellent outward visibility. Use Textilene 90 in Black for outdoor shades, window screens, patio shade, gazebo screening, and more.
Warranty: 15 years. Width: 126 inches. Weight: 15.8 ounces per square yard. Sold by the yard.
Textilene meets CSFM (Title 10 standards. It is GREENGUARD® Gold and REACH certified, RoHS compliant, Phthalate and Lead (Pb) free, and complies with California Prop. 65 (aside from listing FR chemicals where appropriate). Printable/digital imaging capable. Made in the USA.
Product Note: Textilene may be heat sealed with a Hot Wedge, Hot Air, or Radio Frequency (RF) welder. We recommend testing a piece of fabric first to find the optimal temperature.
The mesh fabric is a great energy saver and helps prevent interior furniture from fading. The material offers daytime privacy with excellent outward visibility. Use Textilene 90 in Black for outdoor shades, window screens, patio shade, gazebo screening, and more.
Warranty: 15 years. Width: 126 inches. Weight: 15.8 ounces per square yard. Sold by the yard.
Textilene meets CSFM (Title 10 standards. It is GREENGUARD® Gold and REACH certified, RoHS compliant, Phthalate and Lead (Pb) free, and complies with California Prop. 65 (aside from listing FR chemicals where appropriate). Printable/digital imaging capable. Made in the USA.
Product Note: Textilene may be heat sealed with a Hot Wedge, Hot Air, or Radio Frequency (RF) welder. We recommend testing a piece of fabric first to find the optimal temperature.
