Table Leg Set of 4 Chrome Iron Dining Furniture Table Bases

Home & Kitchen / Kitchen & Dining / Food Service Equipment & Supplies / Furniture / Tables & Table Parts / Table BasesThis height adjustable table leg set is crafted to boost both looks and function in your dining or office area. With a shiny chrome finish, these legs not only look good but are also built to last, great for various spots like kitchens, home offices, or dining spaces.Height Adjustability: Change the legs easily between 28.0 in and 28.3 in to fit any tabletop and accommodate various uses from casual dining to work settings.Polished Chrome Finish: The shiny chrome look is appealing, reflects light well, and stays easy to maintain, keeping your space looking sharp.Robust Iron Build: Made from high-quality iron, these legs support a lot of weight while staying stable, keeping your table steady.Effortless Installation: Each set comes with everything you need — screws and Allen keys included — making assembly quick and easy.Versatile Usage: Ideal for any room, these legs are perfect for breakfast bars, workstations, and dining setups, combining style and function for everyday use.Number Of Items: 4Colour: Chrome Shape: CylindricalMaterial: Metal IronFinish: Polished Indoor/Outdoor: Indoor OnlyCover Included: NoRoom: KitchenDimensions: 6 x 6 x 71 cm (W x L x H)Min-Max Dimensions: 28Leg Height: 71 cmWeight: 4 kgDelivery Contains: 4 tubesAssembly Required: YesRecommended Number of People for Assembly: 1

• These height adjustable table legsare perfect for both dining and office spaces, offering flexibility in your furniture setup.
• The polished chrome finishensures durability and a sleek appearance that complements any interior design.
• Constructed from highquality iron, these legs provide exceptional stability and support up to the required weight limits.
• Easy installation with included screws and Allen keys makes setting up your table hasslefree.
• Versatile for use in kitchens, home offices, or dining areas, these legs add both style and functionality to any space.