Basic Equipment Ravenna Water-Resistant 50 Inch Patio Bench Cowl

Value: $43.00 - $31.99
(as of Aug 09,2023 05:54:30 UTC – Particulars)

– Assured to suit benches, sofas and loveseats 50″ lengthy x 28.5″ large x 30″ excessive
– 4-year restricted guarantee
– Gardelle One is a sturdy woven polyester cloth with an added UV-stabilized coating and a water resistant laminated undercoating
– Water resistant backing retains your bench, couch and loveseat dry whereas elastic hem cords transfer simply by a particular channel for a comfortable match
– Bolstered padded handles make elimination straightforward whereas double-stitched seams add power and a trendy accent
– Structured vents keep open to stop wind lofting and mildew and are lined with mesh limitations
– Scroll down for different patio furnishings covers generally bought collectively on this assortment
– 4 (4) custom-colored buckles hold your cowl safe in any climate
– Adjustable webbing belts slide simply for a tailor-made look
– Not designed to thoroughly cowl the wheels or leg bottoms

Premium patio bench cowl: the Ravenna patio bench cowl is designed to suit patio benches 50″ Lengthy x 28. 5″ Deep x 30″ Excessive*
Waterproof backing retains your patio bench dry whereas elastic hem cords transfer simply by a particular channel for a comfortable match
4 (4) custom-colored buckles hold your cowl safe in any climate
OUTDOOR FURNITURE COVER WITH : This Patio Bench Cowl comes with a restricted lifetime
Heavy responsibility and WATER resistant: defend your out of doors furnishings with Girdle one, a sturdy woven polyester cloth with an added UV-stabilized coating and a water resistant laminated backing
Customized match patio cowl: elastic hem cords transfer simply by a particular channel for a comfortable match on your patio bench, whereas 4 custom-colored buckles hold your cowl safe in any climate
Sturdy cowl with superior options: bolstered padded handles make elimination of this patio bench cowl Simple whereas air vents hold climate out offering most air flow and minimal condensation