Hunta Bathroom Toilet Door Thumb Turn And Release Deadbolt Kit - 76Mm Bolt With 57Mm Backset - Bronze

Currently unavailable

Currently unavailable
The Hunta Bathroom Turn and Release Deadbolt Kit is an ideal solution for homeowners seeking a reliable and aesthetic privacy lock for bathroom or toilet doors. This kit offers a modern alternative to traditional locking systems, providing smooth operation for both left and right-handed doors. While it is engineered for standard domestic use and comes with all necessary hardware, users should ensure their door thickness is compatible with the 76mm deadbolt and 57mm backset specifications before installation.
| Colour | Bronze |
|---|---|
| Model Part Number | H2953ABR |
| Brand | Hunta |
No, this kit is specifically designed for internal domestic bathroom and toilet doors and does not provide security for external access.
Yes, the bronze finish is intended for internal domestic use and is designed to withstand normal bathroom humidity levels.
Yes, the kit includes the thumb turn, the release mechanism, the 76mm deadbolt, and all matching screws required for standard installation.
This kit features a standard 57mm backset.
Yes, the mechanism is universal and can be installed on doors that open in either direction.
The thumb turn and release component features a 52mm diameter rose.
Check that the spindle is perfectly aligned with the deadbolt and ensure the roses are not tightened unevenly against the door surface.
Verify the door alignment and confirm that the strike plate is correctly positioned to accept the 76mm bolt.
Installation requires basic hand tools, including a drill and screwdriver. To install, ensure your door is prepped with the appropriate holes for the 57mm backset. Use the provided matching screws to secure the turn and release roses to either side of the door leaf. Periodically check that the screws remain tight to ensure smooth operation. To maintain the bronze finish, clean only with a soft, dry cloth; avoid using abrasive chemicals or metal polishes that could damage the protective coating.