**THE PHOTO AND DESCRIPTION ARE FOR REFERENCE ONLY.***Allesin No Drill Motorized Roller Blinds – Rechargeable Electic Blackout Shades with Cassette Cover, Utral-Quiet Motor, Automatic Blind with Remote for Indoor Windows (White, 22" W x 72" H)

Additional Details from the Manufacturer

This item information is coming from the manufacturer. Some of the details may vary from the Nellis Auction listing. Please check the Quality Rating and Notes for information specific to this listing

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• 【100% Blackout Climate-friendly Fabric】Enjoy complete light blockage with our innovative dual-layer, densely woven fabric. Optimized for smart curtain systems, this material effectively blocks UV rays and enhances indoor temperature regulation, increasing privacy while creating a more comfortable and energy-efficient living environment
• 【No Tools, No Damage, No Problem】Our smart shades feature an innovative spring-tension mechanism that secures firmly inside your window frame in minutes—no drilling or tools required. This rental-friendly solution keeps your walls and windows perfectly pristine while ensuring a secure, custom-built look
• 【Ultra-Quiet & Long-Lasting Motor】Equipped with a new generation of low-power consumption motor, operating at noise levels below 35dB. Powered by the included rechargeable lithium battery, a single charge supports approximately eight months of normal use. No external power cord is needed, eliminating the hassle of frequent charging
• 【App & Voice Control】Unlock smart functionality with our HUB accessories. The compact USB Converter (optional: B0BVDSX6B3) provides basic connectivity for single-device control via mobile app or Alexa. For expanded whole-home automation, the Smart Bridge (optional: B0CC22FQX6) supports seamless control of up to 30 window coverings simultaneously through the Tuya app, Alexa, or Google Assistant
• 【Selection Size Guide】Please note, measure the window width W according to the 'How to Measure Diagram' the order width = W. (If the set of diagrams also provides a 'Recommended Order Width Diagram,' first measure the window width W, then substitute W into the 'Recommended Order Width Diagram' to determine the order width)