80/20® 40 Series Double Arm Wide Mesh Retainer with Wide Backing Plate, Clear

The roll-in mesh panel retainer is used to mount a mesh panel when it is recessed within the T-slot. It rolls into the T-slot channel and can be used when the profile ends are closed, making assembly fast and easy. The self-threading screw is included and no machining services are required. Important: This retainer is not intended for use with expanded metal panels.

The double arm narrow panel retainer is used to mount a panel when it is recessed within the T-slot or on the profile frame. It is a strong fastening option that is simple to use, provides stability and reduces vibration. The double arm narrow panel retainer is perfect in instances when a profile is connecting two adjacent panels. It requires a drill through machining service on the panel.

The single retainer profile can be cut to your desired length. There are options available in clear or black anodize finish. It is commonly used to mount a panel or mesh when it is recessed within the T-slot or on the profile frame. When used in this capacity it is a strong fastening option that is simple to use, provides stability, and reduces vibration. The single retainer profile is also frequently used when mounting one panel or mesh to a T-slot profile or in instances when larger profile series are used to mount two panels or mesh.

The straddle mesh retainer is typically used with Quick Frame profiles to secure 1.00" x 1.00" mesh panels. It straddles the wire and fastens to a square tube with self-tapping or self-drilling screws.

The single arm narrow mesh retainer is used to mount a mesh panel when it is recessed within the T-slot or on the profile frame. It provides stability and reduces vibration while also being a strong fastening option that is simple to use and can be easily repositioned. The single arm narrow mesh retainer is frequently used when mounting one mesh panel to a profile or in instances when larger profile series are used to mount two mesh panels. It has a slotted hole to allow for positioning so that the bolt doesn't crash into the mesh. The mesh retainer requires a backing plate. The suggested ...