Window Frame Safety Chain Lock Self Adhesive Window Restrictor Child Safety Locks No Drilling Adjustable for UPVC Wooden Sliding Window
Feature:
1. Child and Pet Safety: The safety window locks,is designed specifically for children and pets, securing windows, sliding doors, balconies, and other hazardous areas to prevent infants and pets from falling out while playing.
2. Secure and Non-Damaging: This child safety window restrictor is secure and does not damage furniture surfaces, making it the best choice when screw installation is not possible. It eliminates the need for traditional key or password locks, ensuring a better user experience without worrying about losing keys or forgetting passwords.
3. Adjustable Length for Controlled Opening: No more worries about difficult-to-control openings. You can adjust the length of the chain based on the size of your cat, determining the size to ensure proper ventilation while keeping your baby and cat safe inside.
4. Dual Switch Unlocking System for Child Safety: Specifically designed for child safety, this dual switch unlocking mode of window frame safety chain lock requires simultaneous button presses to open the window. It's easy for adults to open, but a bit tricky for small children, providing double protection to prevent dangerous situations where children unlock by pressing just one button.
5. Durable and Versatile: Made from high-quality ABS material, this window restrictor child safety locks can withstand temperature exposure. The stainless steel chain is resistant to damage from pulling. It is widely used for most UPVC, metal, wooden, casement, and sliding windows.



Specification:
Origin: Mainland China
Material: ABS+stainless steel+traceless transparent glue
color: White
Applicable types: windows/refrigerators/drawers/sliding doors, etc.
Installation method: pasting + drilling

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.