Custom Push to Open Latches Motor Vehicle Rebounder-HD1
Our custom push to open latches make door operation easy with a simple push-to-open design. The built-in motor vehicle rebounder keeps doors stable and prevents misalignment. Easy to install with just two screws, they improve both functionality and look.
Specifications of Push to Open Latches
Manufacturer | Huiso |
Model No. | HD1 |
Material | POM |
Opening and Closing Method | Touch to Open, Press to Close |
Ejection force | 18N |
Applicable Scope | 0-8mm |
Color | Blue + Green |
Snap Force | 25N |
Pop-up Distance | 30-36mm |
Product Details
Features and Benefits of Custom Push to Open Latches
Appearance design: The appearance design of modern trains is integrated with the whole shape, beautiful and dynamic, which will improve the visual effect of the product and meet the needs of decoration in different spaces.
Touch to open/tap to close: It is convenient for users to operate and open or close the door leaf by using the operation mode. This improves user experience and makes operation easier.
Wave tail adjustment wheel adjustable door gap size: Through adjusting the tail adjustment wheel, accurately adjust the size of the door gap within the range of 5 mm front and back to avoid large or small door gaps for sealing and aesthetic purposes.
Time- and labor-efficient installation: Because of the simple installation design, the users only need to use two screws to complete the installation. This saves time in installation and makes it convenient for personal quick installation.
Thickened material for more stability when opening the door: the body of a door is made of thickened material, enhancing stability and strength, effectively avoiding shaking when opening or closing a door to ensure long-time stable use.
Built-in 18N lock-type rebounder: The built-in design of the rebounder can effectively avoid the dislocation and falling off of the door body. Even the cabinet door with a height of 3 meters can be used stably, and the safety and stability of the door body are improved.