
Privacy Window Film Frosted Self-Adhesive Window Sticker No Glue Static Cling Glass Film Opaque Uv Protection Wave
Product ID: TR-DZ-003092
A$27.95
In stock (checked 1 Nov 2026)
Secure checkout by Stripe. Order by email
- Price includes delivery to Sydney metro, other areas confirmed before dispatch. Outside Sydney metro we may contact you to confirm delivery, or refund you in full if we can’t deliver.
- Australian Consumer Law guarantees apply. Returns
- Questions? hello@toolrank.io
Details
- Wavy Pattern: This window film is designed with a classic wavy pattern, which adds vivid elements to your room
And the static adhesive design will not cause any trouble if you peel it off.
- Privacy Protection: It can provide you with 70% privacy protection while allowing more sunlight into the room
For a short distance, there is only a semi-private protection effect.
- Save Energy: It can filter out dazzling sunlight, protect your skin from harmful ultraviolet rays, save energy and insulation, keep warm in winter, keep cool in summer
- Multiple Applications: This simple and decent window film can be applied to any smooth glass surface in your home, office, store, kitchen, classroom, bathroom, etc
This window film is not suitable for some places that need complete privacy.
- More Tips: During the installation process, please remove the back film, then spray enough water (or soapy water) on the back of the window film and the window surface
After squeezing out the bubbles, the window film will be firmly stuck on the window.
- Features: They decorate your home with an artistic look and can be easily changed without leaving a trace whenever you need or want a new style
They provide high privacy but let most of the light through.
They are able to block 96% of UV rays and thus keep your furniture safe from strong sunlight.
They can be completely used for bathroom, kitchen, balcony, living room, bedroom, office, aquarium, home lighting, etc.
The glue-free design greatly reduces the release of chemicals, but this film adheres perfectly to glass surfaces thanks to electrostatic force.