Step Row Folding University Desk and Chair

The Step Row Folding University Desk and Chair Lecture Hall Chair is designed for organized, fixed-row seating in university lecture halls, auditoriums, conference rooms, training rooms, and similar shared learning or presentation spaces. Its coordinated desk-and-chair format gives attendees a place to sit and a desktop for notes, course materials, or meeting documents. The step-row arrangement supports structured seating, while the folding design offers a practical format for environments where managing the seating area and its use matters.

The listed standard spacing is a 520 mm center distance and a 900 mm row distance. Installation is specified as fixed into the floor, making this a planned seating solution for a dedicated room rather than a freestanding chair intended to be moved between locations. These details help facility planners assess the intended row layout and coordinate the product with a lecture hall or other fixed-seating plan. The wood color is optional, allowing the finish to be selected to suit the room’s interior requirements.

Product Specifications and Application

The multi-layer board desktop provides a defined work surface as part of the seating arrangement, and the multi-layer board backrest and seat create a consistent material choice across the main user-contact components. With no armrest, the chair uses an armless configuration. The steel leg frame and powder-coated metal surface complete the listed construction specification. Together, these details make the product relevant to institutions and venue operators planning a room with permanent, row-based desk seating.

Frame Construction and Board Components

The base legs are formed from high-quality square tubing through integrated bending. The upper and lower connectors are made from stamped steel plate, while the central connecting rod uses high-quality square tubing. The rod is polished and spray-coated to provide rust and corrosion resistance. This combination of formed tubing and steel connectors is intended to create a stable structure with reduced wobble and the capacity to bear significant weight, supporting use in busy shared spaces.

The backrest and desktop are produced as single, integrated components from high-quality multi-layer board. They are formed through high-temperature, high-pressure hot pressing and bending rather than being assembled from separate segments. This construction results in dense, structurally robust components with resistance to bending, cracking, and deformation. For an educational or meeting environment where desks and chairs are used repeatedly, an integrated board design can help maintain a consistent appearance and provide a durable surface for regular day-to-day activity.

The described materials and forming methods are suited to institutional applications that need dependable, fixed seating across multiple rows. The square-tube base and connecting rod provide the structural framework, while the shaped board components supply the desktop, backrest, and seat. This separation of frame and user-facing components also gives purchasers a clear way to review the product’s construction when planning lecture room furniture, auditorium seating, or training-room fit-outs.

Seat Features, Booknet, and Everyday Care

The seat is made from high-quality multi-layer board using high-temperature hot pressing and finished with a fire-resistant laminate. The surface is described as wear-resistant and stain-resistant, with impact resistance and load-bearing capacity. An integrated ergonomic curve is designed to contour to the back and support proper posture, helping make the chair suitable for extended periods of sitting in lectures, presentations, and training sessions. The seat specification combines shaped construction with a finish intended for regular use in shared environments.

The base is formed from cold-rolled steel plate using die-stamping. Its surface finish is achieved through rust removal, phosphating, and electrostatic spraying. A decorative cover made from high-quality plastic is molded as a single piece, giving the base a finished appearance. The booknet is made from high-quality steel and has an electrostatic anti-rust coating; it is designed as a practical, sturdy component capable of bearing heavy loads. These construction details add functional value for classrooms and lecture spaces where users may need a place for materials during a session.

For routine care, operators can keep the desktop, seat, and surrounding components clean and inspect the fixed installation and visible surfaces as part of normal facility maintenance. Follow appropriate care practices for the board, laminate, coated metal, and plastic components to preserve their finish. When specifying this folding university desk and chair for a project, consider the listed row spacing, floor-fixed installation, optional wood color, and intended room application together. This supports a practical selection process for institutions furnishing lecture halls, auditoriums, conference rooms, and training facilities.