• Postural support in the classroom: the anatomical shape of the backrest and the curved front edge of the seat support the pupil’s posture, reducing muscle fatigue and promoting prolonged attention.
• Rationalization of space requirements: the geometry of the frame allows for the stable stacking of up to 10 units, quickly freeing up floor space for recreational activities, cleaning, or classroom rearrangement.
• Acoustic control and safety: the application of specific feet prevents accidental slipping and muffles the noise generated by dragging on the floor, maintaining a quieter educational environment.
• Superior mechanical resistance: the use of continuous wire welding on cold-bent tubulars prevents the breakage or detachment of components under the weight and continuous movements of students.
• Protection against wear: the preparatory phosphating treatment combined with 220° oven painting creates an unassailable epoxy film, protecting the steel structure from scratches and oxidation over time.

This plywood seat is specifically designed for the technical furnishing of primary school classrooms, educational libraries, school canteens and after-school centers. It represents fundamental equipment for school principals, municipal purchasing managers and facility managers who must set up safe, certified and durable educational environments. It is the ideal logistical element in multifunctional educational contexts, where the frequent need to modulate the class layout requires resistant but easily stackable and movable furniture.

The h364_85 model is the correct supply decision when furniture specifications demand strict compliance with European standards (UNI EN 1729) relating to the sizing of school buildings. Unlike common polypropylene shells, which can stiffen or fail over time, this solution is indispensable for its torsional stability derived from the use of beech plywood on a reinforced steel frame. It is the targeted investment for administrations looking for traditional and stainless school furniture, capable of tolerating continuous student turnover while drastically limiting maintenance or replacement costs and times.

How does this plywood school chair differ from models with a plastic shell?

Unlike seats molded in plastic material, which in certain contexts can flex and wear out prematurely, this model uses separate seat and backrest in robust 6 mm beech plywood. This engineering choice ensures superior rigidity, solid lumbar support and excellent impact resistance, keeping the mechanical stability of the seat unchanged even after numerous school cycles.

Does the product meet the legal parameters for inclusion in public schools?

Yes, the architecture of the chair, and in particular the seat height of 38 cm, is designed in strict compliance with the UNI EN 1729 standard. This European standard bindingly defines the dimensions, proportions and general safety requirements for chairs and desks intended for educational institutions, guaranteeing the total suitability of the product for use in primary institutes.

How is the steel structure protected to withstand the school environment?

The metal frame undergoes a complex industrial process to maximize its longevity. Before coloring, the steel is treated with degreasing and phosphating in a specific thermal tunnel to prepare the surface. Subsequently, painting takes place with epoxy powders baked in an oven at 220 degrees, a process that fixes the color and creates a very high protective barrier against scratches, chipping and daily wear.