What are the advantages of damping hinges? What is the difference between big bend, medium bend and

Damping hinges, also known as buffer hinges or hydraulic hinges, offer several advantages in various applications. Here are some additional advantages and information about different types of damping hinges:

1. Smooth and controlled movement: Damping hinges use hydraulic buffer technology to control the closing speed of the door, ensuring a smooth and controlled movement. The hydraulic buffer system slows down the door's closing speed, reducing the impact force and providing a comfortable closing experience. Even if the door is closed forcefully, damping hinges ensure a gentle and perfect close.

2. Child safety: Damping hinges help prevent accidents, such as children's fingers getting pinched in the door. The controlled closing speed minimizes the risk of injuries and makes the environment safer for children.

3. Comfort and noise reduction: Damping hinges provide a quiet and comfortable experience by minimizing noise and vibrations. They are especially useful in cabinets, doors, and windows where noise reduction is a priority.

Different types of damping hinges include big bend, medium bend, and straight bend. Here's how to distinguish between them:

1. Gap: Big bend hinges have a gap between the two hinges, allowing for a larger swing angle. Medium bend hinges have a required minimum gap, whereas straight bend hinges have no gap.

2. Hinges: The middle bend hinges require a curved hinge arm, whereas straight bend hinges require a more curved hinge arm.

3. Position: Doors with large curved hinges cover the side panels of the cabinet entirely. Doors with medium bend hinges share a side panel, while doors with straight curved hinges are located in the cabinet next to the side panel.

When selecting damping hinges, consider the following factors:

1. Appearance: Check the surface material of the hinge for smoothness and ensure there are no scratches or deformations. Avoid choosing hinges with poor appearance quality as they might be made from secondary waste materials.

2. Switching function: Damping hinges have higher requirements for the switch mechanism. Check the damper, rivet assembly, and ensure there is no noise when opening and closing the hinge. A uniform turning speed is also important.

3. Adjustment screws: Hinges are usually equipped with adjustment screws to allow for three-dimensional adjustments. Use a screwdriver to fine-tune the screws several times before checking the hinge arm's thread for any damage or inaccuracy.

Overall, damping hinges are a reliable and practical solution for door closing needs. They offer improved safety, comfort, and noise reduction while providing a smooth and controlled closing experience. When choosing damping hinges, consider factors such as appearance, switching function, and adjustability to ensure the best fit for your specific application.