After the last attendee leaves, your meeting room still has to move from active use to clear floor space, and stackable meeting chairs become part of that recurring reset. A set of 16 padded chairs lets you plan seating for group meetings while keeping storage in view instead of leaving individual chairs scattered around the room. The black cushion covers the seat and back for a more comfortable chair, giving your team and visitors padded seating during meetings, training sessions, breakroom use, or time spent waiting. Each chair measures 22 inches wide by 17 inches deep by 31 inches high, so you can account for its footprint when arranging rows, tables, and storage areas.
Each chair has a black polypropylene seat and back covered in a black cushion. The seat and back also use black color permeated through those parts to hide scuffs. A reinforced black metal frame supports up to 400 pounds. These specifications give you concrete information for planning seating capacity, room layouts, and the handling needs of your workplace. The 22-inch width, 17-inch depth, and 31-inch height are the dimensions for each chair, not a combined measurement for the set. That distinction matters when you are checking aisle space, table clearance, or the number of chairs that can occupy a storage location. The built-in handle is part of each chair and is provided for moving it between meeting rooms, classrooms, waiting areas, and breakrooms.
For storage planning, the chairs can be stored in stacks of 25, while this purchase supplies 16 chairs for your current seating requirement. The black seat, back, cushion, and metal frame maintain a consistent black appearance across the set, and the seat and back surfaces are specified to hide scuffs. You can organize the chairs around your meeting schedule, then move them into a vertical stack when the room needs to serve another purpose. With the measured dimensions and 400-pound support capacity available for planning, you can match this set to your room layout and usage requirements rather than relying on assumptions about fit or load.