Bolero Bistro Yellow Powder-Coated Steel High Stool (Pack of 4)
Product Description
These Bolero Bistro high stools are a straightforward, practical seating option for bars, gastropubs, cafés, and casual dining spaces. Constructed from powder-coated steel in a bold yellow finish, they offer...
Specifications
- Box quantity
- 4
- Colour
- Yellow
- Dimensions
- 770(H) x 435(W) x 425(D) mm
- Material
- Powder Coated Steel
Downloads
Product Description
These Bolero Bistro high stools are a straightforward, practical seating option for bars, gastropubs, cafés, and casual dining spaces. Constructed from powder-coated steel in a bold yellow finish, they offer a distinct look without relying on upholstery or complex fabrication — which tends to suit operators who want something durable and easy to maintain in a busy front-of-house environment.
The powder-coated finish holds up well to the kind of regular handling, knocks, and cleaning cycles that come with daily commercial use. Non-marking foot pads help protect hard flooring, which is a practical consideration in venues with tiled, wooden, or polished concrete floors where scratch damage builds up over time. The stools are stackable, which makes storage manageable at the end of service or when reconfiguring the space for events.
Key practical points worth noting:
- Stackable design reduces storage footprint between services
- Non-marking foot pads protect floor finishes during daily use
- Powder-coated steel finish is straightforward to wipe down
- Sold as a pack of four, suited to quick bay or counter seating setups
- Bold yellow finish works well as a deliberate accent colour rather than an all-over scheme
These stools are best suited to indoor use, though the powder-coated steel construction can tolerate occasional covered outdoor placement. They are not designed for exposed all-weather outdoor environments, and operators in those settings should consider a fully weatherproof alternative. The fixed-height design also means they work best where bar or counter heights are consistent with the stool's proportions — worth confirming before ordering in quantity.
If you are specifying seating across a larger venue or want to discuss whether these fit the counter heights and layout you are working with, feel free to get in touch with the team.
Key Features
- Powder-coated steel frame in a bold yellow finish for visual impact
- Stackable design allows efficient storage when not in use
- Non-marking foot pads protect hard floor surfaces during daily service
- Sold in a pack of four for consistent bay or counter seating
- Straightforward wipe-clean surface with no upholstery to maintain
Operational Benefits
- Stackable build keeps storage areas clear between services
- Non-marking feet reduce floor damage costs in tiled or wooden venues
- Upholstery-free construction cuts cleaning time during busy service turnarounds
- Bold accent colour helps define bar or counter zones within the dining space
- Pack format simplifies procurement when seating multiple positions at once
Specifications
- Box quantity
- 4
- Colour
- Yellow
- Dimensions
- 770(H) x 435(W) x 425(D) mm
- Material
- Powder Coated Steel
- Weight
- 5.1kg
Downloads
Frequently Asked Questions
- The powder-coated steel construction can tolerate occasional covered outdoor placement, but these stools are not designed for permanent all-weather outdoor environments. Prolonged exposure to rain or moisture will reduce the lifespan of the finish, so operators planning a dedicated outdoor terrace setup should look at a fully weatherproof option instead.
- As a general guide, a comfortable seat-to-counter gap is typically around 250–300mm, so it is worth checking your counter height against the stool's seat height before ordering. If you are unsure, the team can help you work through the fit based on your specific setup.
- The steel construction and powder-coated finish are well suited to regular daily use in commercial settings. For very high-turnover venues where stools are in constant use across long service periods, it is worth considering whether a heavier-duty frame construction would better match the wear demands of that environment.