Elite Screens Evanesce Ihome106hw2-E18 106" Electric Projection Screen

Deliver crisp, professional visuals where accuracy matters most. The Elite Screens Evanesce IHOME106HW2-E18 106-inch electric projection screen is built for commercial AV deployments, security monitoring rooms and high-end home theaters that need a recessed, low-profile solution with premium image performance. The motorized in-ceiling housing retracts cleanly when not in use, while the 16:9, 106-inch diagonal MaxWhite FG surface provides a wide, 180° viewing angle and 4K/Active 3D-ready detail. Integrated controls include IR and RF remotes, RJ45 connectivity and a 5–12V trigger plus an in-wall 3-way switch, so you can automate the screen with control systems used in surveillance stations and conference environments. The fully black-backed, mildew-resistant material with an 18-inch black masking drop enhances contrast and helps critical visual elements stand out during monitoring and presentations. Manufactured by Elite Screens with GREENGUARD certification and professional support, this projection screen balances aesthetic concealment with high-performance imaging. Specify the Evanesce 106in electric projection screen for secure, dependable display installations — ideal for security, surveillance, command centers or executive AV rooms.

• Seamless in-ceiling installation keeps AV wiring hidden and delivers a clean, professional look for boardrooms, home theaters and monitoring rooms
• Motorized 106-inch, 16:9 screen with tensioned MaxWhite FG surface ensures uniform, high-contrast 4K-ready images for presentations and surveillance displays
• Integrated control package (IR/RF remotes, RJ45, 5–12V trigger, and 3-way wall switch) simplifies automation and integration with security and AV systems
• 18-inch black masking drop and black-backed material improve perceived contrast and image focus — ideal for critical monitoring and surveillance viewing
• Durable, mildew-resistant fiberglass-backed screen with GREENGUARD certification offers long-lasting performance and reliable image quality in commercial environments