Serving Bar Made in USA Poly Outdoor Serving Bar The LuxCraft Serving Bar is designed to transform any outdoor space into a functional and inviting entertaining area. With its clean, rectangular design and integrated shelving, it provides both a spacious countertop for serving and convenient lower storage for barware, snacks, or hosting essentials. Sized to comfortably accommodate up to four people, it works well as a standalone outdoor bar or as part of a larger entertainment setup on patios, pool decks, or backyard gathering spaces. Made in the USA with high-density Poly Wood construction Spacious countertop with integrated lower storage shelving Weatherproof and fade-resistant for outdoor durability Stainless steel fasteners for structural strength and corrosion resistance Seats up to four people for casual outdoor entertaining Ideal for patios, pool decks, and backyard bar setups Details 50"W x 22"D x 36"H | 100 lbs.Standard without umbrella hole American Made Outdoor Serving Bar Built for Entertaining Constructed from high-density Poly Wood, this serving bar is engineered for long-term outdoor durability. The material is weatherproof, fade resistant, and built to withstand sun exposure, rain, and seasonal temperature changes without cracking, splintering, or warping. This durability reflects the standards of Amish-made outdoor furniture, where craftsmanship and long service life are central to construction. Stainless steel fasteners reinforce the structure, providing added strength and corrosion resistance for reliable year-round use. Unlike traditional wood bar furniture, the Serving Bar requires no staining, sealing, or painting. Routine cleaning with mild soap and water is typically all that is needed to maintain its appearance, making it a low-maintenance solution for outdoor entertaining. The color-through poly material also helps preserve a consistent finish over time, even under prolonged UV exposure, reducing visible fading and wear. UV Stabilized Color Advanced UV pigment systems with high color stability are utilized to minimize material breakdown caused by prolonged exposure to sun and weather conditions.
