Salice
Salice Angle Limiter
$0.30
Salice Angle Limiters provide a simple and effective solution for controlling door opening ranges in your cabinetry. Designed to protect adjacent walls, appliances, and delicate surfaces, these limiters ensure your doors only open as far as necessary, preventing impact damage and improving overall kitchen functionality.
Compatible with a wide range of Salice Hinge systems, these clips are engineered for a precise fit and long-lasting durability. Whether you are working with standard configurations or specialized wide-angle opening systems, these limiters integrate seamlessly into the hinge mechanism to provide a firm, reliable stop without compromising the smooth operation of your hardware.
Technical Specifications and Compatibility:
These angle limiters are the ideal choice for cabinetry located in tight corners or adjacent to protruding handles. They are easy to install and provide a professional finish to any soft-close or standard hinge setup, ensuring your cabinetry remains in peak condition by preventing over-extension.
Compatible with a wide range of Salice Hinge systems, these clips are engineered for a precise fit and long-lasting durability. Whether you are working with standard configurations or specialized wide-angle opening systems, these limiters integrate seamlessly into the hinge mechanism to provide a firm, reliable stop without compromising the smooth operation of your hardware.
Technical Specifications and Compatibility:
- Compatible with Salice Series 200 hinges
- Compatible with Salice Series 700 hinges
- Suits 94° hinge configurations
- Suits 110° hinge configurations
- Suits 155° wide-angle hinges
- Available in multiple restriction settings to limit opening angles to approximately 86°, 92°, 120°, or 135°
These angle limiters are the ideal choice for cabinetry located in tight corners or adjacent to protruding handles. They are easy to install and provide a professional finish to any soft-close or standard hinge setup, ensuring your cabinetry remains in peak condition by preventing over-extension.
