Flash Furniture ADV-SSC-16BLK 20 Inch Indoor Stacking Chair Black Polypropylene
- Supports up to 225 lbs for reliable stability
- Polypropylene seat resists stains and wear
- Chrome steel frame ensures long-term durability
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The Flash Furniture ADV-SSC-16BLK Mickey Advantage Stacking School Chair is a commercial-grade indoor seating solution designed for educational and institutional environments. Constructed with a durable chrome-plated steel frame and a polypropylene seat, it supports a maximum weight capacity of 225 lbs. The 16" seat height makes it suitable for students from third to seventh grade, offering ergonomic comfort and stability. Its stackable design accommodates up to 12 chairs, optimizing space management in classroom or training room settings. This model combines robustness with ease of maintenance, making it an ideal choice for facilities seeking compact, stackable seating with high durability and reliable performance.
The Mickey Advantage stacking school chair offers a resilient polypropylene seat paired with a chromed steel frame, delivering excellent durability in busy educational environments. Its nylon tipped glides facilitate smooth stacking and repositioning while protecting classroom flooring. Designed for ease of cleaning, the frame’s finish resists wear and corrosion, reducing maintenance requirements. Its 16" seat height provides ergonomic alignment for middle-grade students, supporting productive classroom seating. The stackable configuration enhances space efficiency during storage and transitions, supporting workflow and classroom organization in institutional settings.
Ideal for educational institutions requiring sturdy, space-efficient student seating
The Flash Furniture ADV-SSC-16BLK stacking chair features a robust 28.75-inch height, 20-inch width, and 18.25-inch depth with a total weight of approximately 15.22 pounds. Its construction from high-quality chrome-plated steel and polypropylene ensures longevity and resistance to daily classroom use. The lightweight design allows for effortless handling and stacking, supporting instructional workflows and classroom reconfigurations. The black finish enhances aesthetic integration in various educational environments. Dimensions are optimized for intermediate-sized students, providing an ergonomic seating height of 16 inches. The chair does not specify additional certification but adheres to standard educational furniture durability expectations.
A commercial stacking school chair is a durable, space-efficient seating solution designed specifically for educational environments. Made with robust materials such as steel and polypropylene, these chairs support daily use while being easy to clean and maintain. The Flash Furniture ADV-SSC-16BLK Mickey Advantage model features a 16-inch seat height, supporting middle-grade students, and can stack up to 12 units for flexible classroom arrangements. This type of chair is typically used in lecture halls, training rooms, and multi-purpose educational spaces to optimize space and facilitate quick reconfiguration, making it suitable for institutions requiring reliable and versatile seating options.
Designed for moderate throughput classrooms and training facilities, the Flash Furniture ADV-SSC-16BLK combines durable materials with space-saving stacking capability. Manufactured by Flash Furniture, this model provides ergonomic comfort and robust support, making it well-suited for mid-volume educational environments requiring reliable, easy-to-maintain seating that supports active learning and classroom reorganization.
This model stands out with its heavy-duty chrome-plated steel frame, polypropylene seat, and stackable design, making it more durable and space-efficient than typical classroom chairs. Its high weight capacity and smooth nylon tipped glides contribute to safer, longer-lasting performance in busy educational environments. The chair’s ergonomic dimensions support student comfort and facilitate quick stacking, reducing storage footprint and increasing operational efficiency compared to competing models.
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