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SKU: 916-XA4872KREDHA
Brand: Flash Furniture
Flash Furniture XU-A4872-KIDNY-RED-H-A-GG Kidney Shaped Activity Table - 72"L x 48"W, Laminate Top, Red
Upgraded Flash Furniture XU-A4872-KIDNY-RED-H-A-GG kidney table with adjustable height (21.25"-30.25"), 400-lb capacity, and high-pressure red laminate top. Ideal for flexible classroom and restaurant layouts.
Key Features
- •Adjustable Height: 21.25" to 30.25" for versatile use in classrooms, training rooms, or commercial kitchens.
- •Durable 1.25" high-pressure red laminate top resists wear and provides bold contrast for high-visibility applications.
- •Seats 8 with a 400-lb weight capacity, ideal for group settings, training sessions, or busy restaurant service areas.
- •Self-leveling floor glides ensure stability and ease of movement, even in high-traffic environments.
- •Black powder-coated upper legs and chrome lower legs offer a professional, industrial aesthetic while reinforcing high-contact points.
Starting from $563.08/unit
Volume discounts available
The Flash Furniture XU-A4872-KIDNY-RED-H-A-GG kidney-shaped activity table is a versatile, durable solution designed for dynamic classroom and restaurant spaces. Engineered for adaptability, this table features an adjustable height range of 21.25" to 30.25", allowing it to seamlessly transition between seated and standing workstations. Its 72" x 48" kidney shape accommodates up to 8 people while positioning instructors or servers within easy reach of every participant, making it ideal for group discussions, training sessions, or busy restaurant service areas. The 1.25" high-pressure red laminate top provides bold contrast and excellent durability, resisting daily wear and tear, while the 16-gauge steel frame with black powder-coated upper legs and chrome lower legs ensures stability and a sleek, professional appearance. Perfect for commercial kitchens, training facilities, or educational settings, this table combines functionality with style, offering a space-saving design that enhances collaboration and efficiency without compromising durability.