Your team spends part of every shift perched on whatever seat is available, and kitchen stools bring a place for seated tasks without asking staff to improvise with visitor chairs, boxes, or other temporary surfaces. In a break area, counter-side station, training room, or shared work zone, the seating you choose affects how people move through routine tasks, how consistently a space is used, and whether a short seated task becomes an awkward interruption. This square stool has a backrest, an 18-inch stool height, and a roomier, contoured hardboard seat. That gives you a specified seat for teams that need a repeatable place to sit while keeping the room organized around its actual work.
The seat is made from hardboard, shaped with a contour, and fitted with sixteen rivets to prevent warping. The foot ring has four contact points at each leg. The stool uses 18-gauge, 7/8-inch steel tubing, providing specific construction details for your purchasing records and facility planning. Non-marring floor glides are included, and the backrest is adjustable. The stool height is 18 inches, giving you a clear measurement to compare with the surfaces and activities in the space where your team will use it. The square seat and backrest establish the primary seating configuration, while the foot ring identifies how the lower portion is arranged.
As you plan seating for your office, start with the task rather than the room label. A break area may need seats for brief conversations, while a shared work zone may need a repeatable place for a seated step in a standing workflow. Review the square seat and adjustable backrest against those routines, then confirm the 18-inch height against nearby surfaces and activities. Plan where the foot ring and non-marring floor glides will meet the floor in your chosen area. With its contoured hardboard seat, sixteen rivets in the seat, adjustable backrest, and 18-gauge, 7/8-inch steel tubing, this stool gives you stated features and measurements to put into a purchasing plan.
Ships ready for easy assembly.