These ergonomic shell stack chairs are an excellent choice for young learners in preschool, kindergarten, and early elementary grades. Designed for both comfort and durability, the navy plastic seat shell features an air-vented backrest for better airflow and a waterfall seat edge that reduces pressure on students’ legs, promoting extended sitting comfort. Built with a dual-braced metal frame and black powder-coated finish, these chairs boast exceptional strength, supporting up to 440 lbs while remaining lightweight at just 5 lbs. Custom-fitted for children, the seat height measures 13.5 inches and accommodates developmental needs. Maintenance is simplified with non-marring floor glides and the ability to stack chairs up to 15 high, ensuring easy storage and floor upkeep. Dry-assisting seat drain holes enhance practical use. Measuring 24.5" H x 15.25" W x 19.25" D, the chairs are designed to fit seamlessly into classroom layouts. Ideal for grades kindergarten through second grade, they align with children's ergonomic requirements and classroom functionality while offering a limited lifetime warranty on the frame and a 2-year warranty on parts.

• [Durable Material Construction]: Designed with a black powder-coated metal frame and ergonomically contoured plastic seat shell, this chair promises durability and comfortable use
• [Functional Design for Students]: Perfect for preschool to 2nd grade students, this stackable chair supports classroom seating needs with a stack quantity of 15 for easy storage
• [Compact Size and Weight Capacity]: Measuring 24.5 in H x 15.25 in W x 19.25 in D and supporting up to 440 lb, this chair balances space-saving dimensions with impressive strength
• [Stylish Navy and Black Finish]: Featuring a navy plastic seat and black frame, this chair combines a vented back for air circulation and a sleek color pairing to complement learning spaces
• [Low-Maintenance Floor Glides]: Equipped with non-marring plastic floor glides, this chair protects floors from scratches and ensures effortless repositioning without damaging surfaces