Description:
Refresh your counter area with counter height stools that blend a plush padded seat with clean, contemporary lines.
Featuring upholstered seat with high-density sponge, the kitchen island chairs can alleviate the fatigue for long dining sessions. Designed with a curved backrest and a shaped seat, these armless barstools support your body comfortably, while the integrated footrest helps you settle into a more relaxed sitting position, which are perfect for quick breakfasts or lingering conversations. A strong metal frame with a reinforced crossbar and non-slip foot pads keeps these counter height stools stable day after day, and the 150 kg weight capacity adds extra peace of mind without compromising the modern look. With a 63 cm seat height, these pub chairs pair well with 88-99 cm counter-height tables for a well-proportioned setup.
Feature:
Assembly is required
Fits 88cm-99 cm high counter height table
Convenient footrest allows you to rest the legs
High-density sponge is non-deformable and soft
Curved open back & seat is provide lumbar support and relieve fatigue
Equipped with non-slip foot pads to avoid the floor from being scratched
Stable & sleek metal base with reinforced crossbar ensure excellent load capacity
Specification:
Color: Orange + White/Espresso + Black
Materials: Metal, Corduroy, Sponge, Bentwood/Metal, PU Leather, Sponge, Bentwood
Product Sizes: 50.5 x 51 x 93 cm (W x D x H)
Size of Backrest: 48 x 13.5 cm (W x H)
Seat Size: 48 x 46 cm(L x D)
Footrest Height: 24.5cm
Seat Height: 63 cm
Suitable Counter Height: 88-99 cm
2 Stools Net Weight: 15 kg
Max Load of Each Stool: 150 kg
Package Includes:
2 x Counter Height Stools
1 x Instruction
NOTE:
WE ARE SO SORRY THAT WE DON'T HAVE COURIERS SERVICE OF FOLLOWING AREAS: CHANNEL ISLANDS (SUCH AS JERSEY AND GUERNSEY), ISLE OF MAN, SCILLY ISLES, SCOTTISH ISLANDS, LERWICK, OUTER HEBRIDES, PO BOX! ALL ITEMS MUST BE RETURNED IN ORIGINAL PACKAGING AND AUTHORISED BY US. PLEASE DO NOT SHIP ANY GOODS TO ANY ADDRESS WITHOUT OUR AUTHORISATION AS IT MIGHT AFFECT SUBSEQUENT PROCESSES.










































































































































