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Common Fixing Devices for Architectural Mesh

Views: 5     Author: Site Editor     Publish Time: 2023-08-22      Origin: Site

It's important to note that the choice of fixing devices depends on factors such as the type of architectural mesh, the building's structure, aesthetic considerations, and the intended function of the mesh. Professional installation and adherence to safety standards are crucial to ensure the long-term stability and performance of architectural mesh systems.

1. **Frame Systems:** Architectural mesh can be fixed onto frame systems made of materials like aluminum, stainless steel, or other metals. The mesh is stretched and attached to the frame using tensioning methods such as clips, brackets, or clamps.

2. **Tension Rod Systems:** Tension rod systems involve using threaded rods that run through the architectural mesh panels. The rods are anchored to the building structure and tightened to create tension, holding the mesh panels securely in place.

3. **Cable Systems:** Stainless steel cables can be used to suspend architectural mesh panels. The cables are attached to anchor points on the building and run through the mesh's perimeter, providing stability and support.

4. **Clips and Brackets:** Metal clips or brackets are fixed onto the building's structure, and the mesh panels are then attached to these clips or brackets. This method allows for easy installation and removal of the mesh when needed.

5. **Channel Systems:** Channel systems consist of metal channels that are fixed to the building's surface. The mesh panels are inserted into these channels, providing a secure attachment.

6. **Track Systems:** Similar to channel systems, track systems use tracks or rails to hold the architectural mesh panels in place. The mesh panels are inserted into the tracks and can be moved or adjusted as required.

7. **Rod Systems:** Rod systems involve using metal rods that pass through the architectural mesh panels. The rods are secured at either end, providing support for the mesh and maintaining its shape.

8. **Custom Fasteners:** Depending on the specific design and application, custom-designed fasteners may be used to attach architectural mesh. These fasteners are tailored to the unique requirements of the project.

9. **Hidden Fasteners:** Hidden fasteners are designed to be concealed within the architectural mesh panels, providing a clean and seamless appearance on the surface.

10. **Tensioned Cable Mesh Systems:** This method involves tensioning stainless steel cables both vertically and horizontally to create a grid structure. Architectural mesh panels are then attached to this grid using specialized connectors.

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