desk partition that reduces noise and improves privacy while organizing workspace. Key benefits Reduces ambient noise and visual distractions to help maintain focus and privacy in shared spaces. Creates defined, modular desk areas so workers or students can organize, accessorize, and their workstation. Solid construction for long term use. Panel core is 16 mm 0.6 inch density board with a comfortable elastic fiber fabric cover. What makes this product useful Acoustic performance: The density board and fabric cover help absorb sound, making open offices, classrooms, and study areas quieter without claiming any medical benefits. Privacy and separation: Simple physical barrier to separate workstations, counters, or study desks for clearer boundaries and fewer interruptions. Easy installation: Includes clamp, screws, and a wrench for secure attachment to a desktop. The clamp is fixed with screws into the desktop. If a nail option is preferred, a suitable adhesive can be applied to the desktop instead of screws. Adhesive is not included. Specifications Core material: eco friendly density board. Surface: elastic fiber fabric. Thickness: 16 mm 0.6 inch. Hardware included: clamp, screws, wrench. Adhesive not included due to logistical constraints. Installation notes Option 1: Use the supplied clamp and screws to fasten the divider to the desktop for a stable mount. Option 2: Use a compatible nail adhesive to bond the clamp base to the desktop if screws are not desirable. Clean and level the surface before applying adhesive. Practical use scenarios Open plan office: Separate adjacent workstations to cut down on distraction and create distinct work zones for employees. Classroom or training room: Install between desks to give students clear space and reduce noise during group work or exams. Reception or service counters: Provide visual separation for customer interactions while keeping the workspace organized. This partition is a practical, straightforward solution for creating quieter, more organized, and more private desk areas.