Trade supply only  ·  Foshan, Guangdong, China  ·  Since 2006Foshan, China · 2006
Tanner & BellBar & Pub Furniture Send Drawings
Solid wood counter stool with a curved back, arms and a woven seat
Bar Stools · model S101

Solid wood counter stool, woven seat, H835 mm

The back and arms on this stool come out of one bent piece of timber, so the frame has no joint where a guest puts their hand when they pull the stool out — which is the joint that fails first.

Overall height835 mm
Footprint435 × 505 mm
FrameSolid wood
SeatWoven
BackCurved, with arms
ColourMade to order
TermsEXW Foshan or DDP to your address

Trade enquiries only · EXW Foshan or DDP · replies inside three working days

One bent piece, not three joints

Back and arms out of a single bent section is a harder build and a stronger stool: the load from a guest pulling the stool out arrives at the arm, and it travels through continuous grain into the rear leg instead of through two screws in end grain. Every version of this shape that fails has a joint at exactly that point.

The curve also sets the seat depth. Bent-back stools lean away from the guest rather than into them, so the seat can stay at 435 mm without feeling cramped.

The woven seat, and why it is not a cushion

Woven seats give under a guest without a pad to compress, so it does not go flat at the front edge in the way foam does. It also lets air through, which on a full counter is the difference between a seat somebody stays on and one they stand up from.

What it needs is a frame that carries the weave under tension. Slack weave sags within a season and cannot be tightened; a properly tensioned seat holds for years and can be re-woven on the same frame when it finally goes.

Next step

Send a floor plan, get a priced layout back

Tell us the counter length, the number of covers and the look you want. We come back with stool counts, heights, finishes and a written quotation — usually inside three working days.

Send drawings on WhatsAppAll contact optionsTrade enquiries only · EXW Foshan or DDP