Achla Designs Modern Arbor Arb 11 - Elegant Garden Trellis for Climbing Plants, Outdoor Decor & Backyard Landscaping | Perfect for Roses, Vines & Flower Gardens

Product Description

Modern Arbor

Create an elegant garden entrance with a handcrafted wrought-iron arbor by Achla Designs. We make a wide variety of sizes and decorative styles to fit every garden. The Modern Arbor has a simple arched design with a with a square motif along the top and sides. Use this garden arch in any vegetable or flower garden, yard entryway or garden path. The arbor is 8' 4" tall, 4' 7" wide, with a depth of 21", providing plenty of room for passage beneath. Placed over a walkway or over a bench seat, with the sides of the arbor used to trellis climbing plants, the arbor also makes a wonderful decorative feature for garden parties, weddings and events. All of our garden arbors are designed to ship flat, with easy set-up using slip-in components, so no tools are necessary, with four spiked feet included for installation.

• The contemporary Modern Arbor has a simple arched design with a square motif along the top and sides, ideal to support climbing roses, clematis or annuals
• Easy clearance, at 100" tall x 55" W and 21"D, the Modern Arbor stands tall enough to support climbing vines while providing ample room for passage beneath when placed at an entrance or over a path
• Made from wrought iron with a light and open design, providing simple and sturdy support for plants
• Weather resistant with a Black powder coated finish for maximum protection against outdoor conditions
• Designed to ship flat and easily erected using slip-in components, with four spiked stakes that push directly into the ground, no tools necessary

Material: Wrought Iron
Use: Outdoor
Finish: Graphite Powdercoat Finish
Dimensions: 100"H x 55"W x 21"D
Weight: 47 lbs
SKU #: ARB-11
Assembly: Some assembly required
Returns: Due to large size, this item is final sale and non-returnable, with the exception of items with defects.
Warranty Term: 90 days from manufacturer's defect