Dragonfly DFM-TAB-130-UAW Acoustiweave Projection Screen 130in

Product Description

The DRAGONFLY DFM-TAB-130-UAW is a 130-inch acoustiweave projection screen designed for commercial presentation environments. Acoustiweave fabric construction allows audio to pass through the screen surface, making it compatible with behind-screen speaker placement without sacrificing image quality. This screen is suited for professional AV integrators, commercial contractors, and experienced installers working in conference rooms, auditoriums, classrooms, and similar large-format display applications.

The DFM-TAB-130-UAW is sized at 130 inches for commercial projection screen installations where large-format display coverage is required. Its acoustiweave surface is well suited to venues where center-channel or surround speakers must be positioned behind the screen plane, a common requirement in dedicated theater rooms, boardrooms, and performance spaces. Installation is typically handled by professional AV technicians or commercial low-voltage contractors.

Key Features

• 130-inch screen size for large-format commercial display applications
• Acoustiweave fabric construction allows sound to pass through the screen surface
• Designed for behind-screen speaker placement compatibility
• Suited for conference rooms, auditoriums, classrooms, and dedicated theater spaces
• Sold as a single unit per order

Compatibility

Designed as an OEM-style commercial projection screen for large-format AV installations requiring acoustically transparent surfaces in professional or commercial environments.

Installation Notes

Installation should be performed by a qualified AV integrator or commercial low-voltage contractor familiar with large-format screen mounting. Ensure all structural mounting surfaces are rated to support the screen weight before installation begins. Consult applicable local building and electrical codes when routing signal or power cables in the installation area. Verify screen tensioning and alignment before finalizing the mount to avoid surface distortion that can affect image quality.