Flash Furniture XU-A3060-TRAP-OAK-T-A-GG Trapezoid Activity Table - 57 1/2"L x 26 1/4"W, Laminate Top, Oak - Image 1
1 / 3
SKU: 916-XA3060TOAKTA
Brand: Flash Furniture

Flash Furniture XU-A3060-TRAP-OAK-T-A-GG Trapezoid Activity Table - 57 1/2"L x 26 1/4"W, Laminate Top, Oak

The Flash Furniture XU-A3060-TRAP-OAK-T-A-GG Trapezoid Activity Table offers a sturdy, scratch-resistant oak laminate top with a 400-lb capacity, adjustable height (21.125"-30.125"), and self-leveling nylon glides for stability in classrooms and collaborative spaces.

Key Features

  • 400-lb capacity with welded 16-gauge tubular steel frame for maximum stability
  • 1 1/8" thick scratch- and stain-resistant oak laminate top with black edge band
  • Adjustable height (21.125"-30.125") in 1" increments for ergonomic flexibility
  • Self-leveling nylon glides for stability on uneven floors
  • Accommodates up to 3 adults or 5 children, ideal for classrooms and collaborative workspaces
Starting from $322.02/unit

Volume discounts available

The Flash Furniture XU-A3060-TRAP-OAK-T-A-GG Trapezoid Activity Table is designed for durability and versatility, making it an ideal choice for classrooms, training centers, and commercial collaborative spaces. Its 1 1/8-inch-thick thermal fused oak laminate top provides a professional, polished appearance while resisting scratches and stains, ensuring long-lasting performance. The welded 16-gauge tubular steel frame supports a 400-lb capacity, accommodating up to 3 adults or 5 children with stability and strength. The table’s adjustable height, with 1-inch increments ranging from 21 1/8" to 30 1/8", allows for ergonomic comfort and flexibility in group settings. Self-leveling nylon glides ensure stability on uneven floors, making it perfect for dynamic environments where space and functionality are paramount. Whether for educational institutions, corporate training rooms, or commercial kitchens needing versatile seating, this table combines durability, adjustability, and professional aesthetics to meet the demands of high-traffic areas.