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3.4ft. Tea Leaf Artificial Tree
Michaels
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3.4ft. Tea Leaf Artificial Tree in Chattanooga, TN
From Nearly Natural
Current price: $179.99

Michaels
3.4ft. Tea Leaf Artificial Tree in Chattanooga, TN
From Nearly Natural
Current price: $179.99
Loading Inventory...
A look of lightly-manicured green gradient tea leaves rests atop a small sturdy trunk on this artificial tea leaf tree. At 41 inches, it's the perfect height to break up the often monotonous horizontal lines of furniture indoors, yet is tall enough to sit on a small riser on a porch or patio to add natural shape and separation to your outdoor space. Silk trees are manufactured using synthetic materials and are well designed and constructed to be life-like in appearance.Details:Green3.4 ft. (1.04 m) height5" x 6" x 6" (12.7cm x 15.24cm x 15.24cm) planter sizePolished, UV-resistant green leavesAppealing brown stemsMade with care from the finest materialsAccentuates the furniture set in a bedroomFor indoor and outdoor useNote: Measurements are from the bottom of the pot/planter to the furthest extended leaf or branch on the tree. Width dimensions are also calculated from each furthest outstretched dimension.
A look of lightly-manicured green gradient tea leaves rests atop a small sturdy trunk on this artificial tea leaf tree. At 41 inches, it's the perfect height to break up the often monotonous horizontal lines of furniture indoors, yet is tall enough to sit on a small riser on a porch or patio to add natural shape and separation to your outdoor space. Silk trees are manufactured using synthetic materials and are well designed and constructed to be life-like in appearance.Details:Green3.4 ft. (1.04 m) height5" x 6" x 6" (12.7cm x 15.24cm x 15.24cm) planter sizePolished, UV-resistant green leavesAppealing brown stemsMade with care from the finest materialsAccentuates the furniture set in a bedroomFor indoor and outdoor useNote: Measurements are from the bottom of the pot/planter to the furthest extended leaf or branch on the tree. Width dimensions are also calculated from each furthest outstretched dimension.



















