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Home / News / Industry News / Glass Shower Doors glass edge processing method
The edges of glass shower doors are typically processed using various methods to ensure safety, aesthetics, and durability. These edge processing techniques help reduce the risk of injury from sharp edges, enhance the overall appearance of the glass, and improve its structural integrity. Here are some common glass edge processing methods used for glass shower doors:
1. Polished Edges:
- Polished edges are smooth and rounded, reducing the risk of cuts or injuries from sharp corners.
- The edges of the glass are ground and polished to create a smooth, finished appearance.
- Polished edges enhance the safety and aesthetics of the glass and are commonly used for all types of glass, including tempered and laminated glass.
2. Beveled Edges:
- Beveled edges feature a chamfered or angled cut along the edge of the glass.
- Beveling adds an elegant and decorative touch to the glass and can enhance its visual appeal.
- While beveled edges are not as rounded as polished edges, they still reduce the risk of sharp edges.
3. Seamed Edges:
- Seamed edges are lightly smoothed to eliminate sharpness while maintaining a more natural, textured appearance.
- Seamed edges are often used for less visible parts of the glass, such as the interior edges of shower doors.
4. Flat Polished Edges:
- Flat polished edges are similar to polished edges but have a wider flat surface, often used for aesthetic purposes.
- Flat polished edges can provide a modern and sleek look while still ensuring safety.
5. Mitered Edges:
- Mitered edges are typically used for glass panels that meet at a corner or edge.
- The edges are cut at an angle and then joined together, creating a seamless appearance at the corner.
6. Rounded Edges:
- Rounded edges involve a gentle curve or radius added to the edge of the glass.
- This method offers a smooth and safe edge while also contributing to the aesthetics of the glass.
The choice of edge processing method depends on factors such as design preferences, safety considerations, and the specific type of glass being used.
