Thott desk with bilaminated top, dimensions 160 × 80 cm, white top and oak base.

This table fits perfectly in modern office spaces, combining functionality and aesthetics to facilitate daily work. • Use / destination: Designed for professional environments such as offices, it is suitable for both individual workspaces and collaborative areas. Its sleek design adapts to contemporary atmospheres and promotes efficient organization. It can also be used in coworking spaces or meeting rooms. • Structure / materials: The 25mm thick melamine-coated top offers a scratch-resistant, moisture-resistant, and stain-resistant surface. Its oak wood base provides a natural and sturdy touch, ensuring good stability. The 2mm PVC edges with rounded corners effectively protect the top while enhancing user comfort. • Key technical points: - 25mm thick white melamine-coated top - Solid oak base - Dimensions: 160 × 80 cm - Standard height of 75 cm - 2mm PVC edges, rounded for safety - Integrated cable management in the top - Packed volume: 0.11 m³ Finish & quality: The melamine-coated top undergoes a specific treatment that makes it stain-resistant and easy to maintain. The combination of white and oak creates a harmonious contrast, highlighting the quality of the materials. The set ensures durability over time while maintaining a neat appearance. Additional information: The dimensions of 160 cm long by 80 cm wide provide a comfortable workspace without cluttering the room. The total packaging volume is 0.11 m³, facilitating transport and storage. This table requires simple assembly with a provided assembly kit. Additional information: Dimensions / available data: VOLUME: 0.11. Supply8 supports professionals in the catering, hospitality, events, and work environments in their layout projects, in France and internationally. The models presented in the catalog can be customized, especially in terms of dimensions, finishes, and colors, according to the customer's needs. We can also develop custom solutions from scratch, with each project being designed and adjusted according to specific constraints and uses.