Magnetic Door Stopper White, Adjustable No Drilling Silent Floor Door Stop with Strong Hold and Invisible Design

Magnetic Door Stopper White Description This magnetic door stopper combines instant mechanical locking with spring damping for secure, silent door control. Designed for punch installation, it holds doors firmly in place while absorbing impact to reduce wear on the door and floor. Key benefits Secure hold and silent operation: Instant locking mechanism keeps the door fixed without rattling. Builtin spring damping absorbs shocks to protect the door and reduce noise. Punch and flexible installation: Double nohole design uses strong adhesive for a drill setup. If preferred, it can also be fixed with screws for extra security. Durable construction: Made from grade alloy with electroplated finish for long lasting use and low maintenance. Discreet appearance: Compact floormounted design remains nearly invisible when the door is closed and does not interfere with room decor. Adjustable and reliable: Mechanical design provides stable magneticstyle holding and can be adjusted to suit door movement. Specifications Name: Magnetic Door Stopper Color: White Material: grade alloy, electroplated Package includes: 1PC Magnetic Door Stopper Installation and use Choose adhesive mounting for a quick, drill installation, or use screws for a permanent fit. Double nohole design: attach the stopper to the floor and gently push the door onto it to secure. The stopper is designed to resist wind and accidental movement. Suitable for floor mounting on standard interior doors to control opening angle and prevent slamming. Practical applications Living room or hallway: keep doors open during moving or when carrying items to prevent slamming. Bathroom and bedroom: hold doors gently open for ventilation or privacy without noise. Kitchen or balcony: secure doors against wind and sudden drafts to protect door hardware and reduce impact. Notes Please allow slight dimension variations due to manual measurement. Actual item color may vary slightly from photos due to monitor and lighting differences.