Modern Home Store Wingback Dining Chairs - Black


The Modern Home Store Wingback Dining Chairs are designed for homeowners seeking a blend of high-end elegance and ergonomic comfort for their dining, living, or office spaces. Featuring plush velvet upholstery and high-density foam padding, these chairs offer excellent lumbar support for extended seating, though the inclusion of decorative knocker rings requires careful handling to avoid scuffing delicate surfaces.
| Colour | Black |
|---|---|
| Model Part Number | 1401136 |
| Brand | Modern Home Store |
These chairs are built with sturdy chrome steel frames designed to support standard residential use; however, they should not be used as step stools.
Yes, they perform well on both carpet and hard flooring surfaces, though you may not need to adjust the feet as much on thick carpet.
Wipe the ring with a dry, soft microfiber cloth. Avoid using harsh chemical cleaners that might strip the chrome finish.
Yes, the legs are detachable, making the chairs easier to transport or store if necessary.
Assembly is designed to be user-friendly, requiring only basic tools and about 10-15 minutes per chair.
Adjust the leveling feet on the bottom of each leg until the chair sits evenly on the floor.
Check all mounting bolts underneath the seat and re-tighten them firmly using the provided tool.
Use a lint roller or a vacuum with a soft brush attachment to gently remove surface debris.
Assembly is straightforward, requiring the attachment of the chrome legs to the base of the seat frame using the included hardware. Ensure all bolts are tightened securely to maintain stability. For compatibility, the neutral black finish pairs well with glass, dark wood, or metallic dining tables. To care for your chairs, vacuum the velvet upholstery weekly using a soft brush attachment to prevent dust build-up. In the event of spills, blot the area immediately with a clean, dry cloth; do not rub, as this can damage the velvet pile. Periodically check that the leg screws remain tight to ensure long-term structural integrity.