Twist Wooden Bar Stool

Introduction

Flexible seating for restaurants, bars, and hotel lounges. Twist Wooden Bar Stool pairs oak veneer with a recycled steel frame that keeps repositioning easy. Stack up to six stools with a 90-degree twist for compact storage. The double-sided grip makes moving quick when the floor needs clearing. Available in any RAL frame colour to complement or contrast your scheme.

Twist Wooden Bar Stool moves with your space. Stack up to six stools with a 90-degree twist for compact storage. The double-sided grip makes repositioning quick when you're clearing a restaurant floor or reconfiguring a bar area.

Bespoke options

Two standard frame colours are available: black (RAL 9011) and white (RAL 9010). Beyond these, specify any RAL colour for the frame to match your interior.

Specifications

Materials
- Seat
  Plywood + oak veneer, clear lacquered
- Frame
  Powder-coated steel
Technical details
- Weight
  4.7 kg
- Certifications
  Umwelt declaration according to ISO 14025 and EN 15804+A1 (plywood)
Colours
- Seat
  Standard: Oak veneer, clear lacquered
- Frame
  Standard: RAL 9011 (Black) / RAL 9010 (White) Custom: any RAL colour Fine texture: RAL 1012, RAL 3005, RAL 5008, RAL 5020, RAL 6007, RAL 6020, RAL 7015, RAL 7033, RAL 7044, RAL 7045, RAL 8014, RAL 9011

Downloads

Design files
- Twist Wooden Bar Stool - 3D Files .zip Download
- Twist Wooden Bar Stool - Technical Drawing .pdf Download
Product documentation
- Twist Wooden Bar Stool - Product Setting Images - Hi-res JPG .zip Download
- Twist Wooden Bar Stool - Product Solo Images - Hi-res PNG .zip Download
- Twist Wooden Bar Stool - Productsheet .pdf Download

Material

Circular wood meets recycled steel

Twist Wooden Bar Stool's seat is made from oak veneer sourced through closed-loop forestry, certified under ISO 14025 and EN 15804+A1. The recycled steel frame reinforces durability while keeping the stool lightweight. Just two riveted components make Twist easy to disassemble and recycle after a long lifespan.

Learn more about our approach to wood