Folding University Step Chair and Desk College Furniture Supplie

1.The chair leg is manufactured using a one-piece aluminum alloy die-casting process, ensuring a seamless finish free of burrs or welds. It undergoes an anti-oxidation treatment followed by high-temperature spray coating, resulting in superior adhesion, impact resistance, corrosion resistance, and durability—guaranteeing it will not rust or fade. Mounting hardware is securely anchored to the ground yet cleverly concealed beneath the base, which is finished with a high-quality PP screw cover.

2.The side panels of the support legs are injection-molded from ABS material; they fit seamlessly into the grooves of the support legs and are secured with screws, ensuring both durability and an attractive appearance.

3.The back feature molded board and surface with fire-resistant board.Backrest frame is constructed from high-quality cold-rolled steel and hemmed along the sides; it undergoes a rigorous finishing process that includes grinding, polishing, derusting, phosphating, and high-temperature electrostatic powder coating. 

4.Seat constructed from multi-plywood boards shaped via hot-press molding and finished with a fire-resistant laminate; assembled using eco-friendly paints and adhesives. The unit is durable, colorfast, high-strength, and age-resistant, offering long-lasting performance and comfortable seating; the seat panel is connected to the aluminum alloy bracket—which is formed via integrated die-casting—using a through-connection method.

5.The fixed desktop is constructed from MDF surfaced with fire-resistant laminate; the front edge features a rounded profile—offering greater comfort when resting one's hands on the desk for extended periods compared to standard straight-edge designs—while the other three sides are finished using an automated edge-banding machine with imported hot-melt adhesive, ensuring smooth, burr-free rounded corners that eliminate the risk of cuts.

6.Booknet is constructed from high-quality cold-rolled steel. After being formed via precision molding, the surfaces undergo anti-oxidation treatment and high-temperature powder coating, resulting in strong adhesion, impact resistance, corrosion resistance, and immunity to rust and fading.