Sunbrella Black Forest Fancy 4923-0000 46-Inch Stripes Awning / Shade Fabric
Sunbrella Black Forest Fancy 4923-0000 is a 46-inch wide, heavyweight outdoor fabric made from 100% solution-dyed acrylic designed for awnings and shade structures. This woven fabric features a distinctive 9-inch striped pattern in green, beige, white, and taupe tones, offering both water and stain resistance along with high UV protection to guard against fading. It resists mildew and abrasion while drying quickly and maintaining minimal shrinking or stretching, making it suitable for marine and outdoor use. Easy to sew and breathable, this fabric combines durability and style for enhancing patios, outdoor living spaces, and marine applications.
Sunbrella Black Forest Fancy 4923-0000 is a 46-inch wide, heavyweight outdoor fabric made from 100% solution-dyed acrylic designed for awnings and shade structures. This woven fabric features a distinctive 9-inch striped pattern in green, beige, white, and taupe tones, offering both water and stain resistance along with high UV protection to guard against fading. It resists mildew and abrasion while drying quickly and maintaining minimal shrinking or stretching, making it suitable for marine and outdoor use. Easy to sew and breathable, this fabric combines durability and style for enhancing patios, outdoor living spaces, and marine applications.
Original: $49.95
-65%$49.95
$17.48Description
Sunbrella Black Forest Fancy 4923-0000 is a 46-inch wide, heavyweight outdoor fabric made from 100% solution-dyed acrylic designed for awnings and shade structures. This woven fabric features a distinctive 9-inch striped pattern in green, beige, white, and taupe tones, offering both water and stain resistance along with high UV protection to guard against fading. It resists mildew and abrasion while drying quickly and maintaining minimal shrinking or stretching, making it suitable for marine and outdoor use. Easy to sew and breathable, this fabric combines durability and style for enhancing patios, outdoor living spaces, and marine applications.
