Tensioner with Swan-neck 19cm PES Black 6mm

Tensioner with Swan-neck 19cm PES Black 6mm is an elastic cord tensioner with a braided polyester cover and a specially shaped metal swan-neck hook. The curved hook allows a compact fastening between a banner and its supporting frame.

The black version has an overall length of 19cm, including the hook, and a cord diameter of 6mm.

Applications

This tensioner is used for advertising banners, display fabrics, presentation systems, tent constructions and technical fabrics.

The swan-neck hook allows the fabric edge to be positioned relatively close to the frame. This helps make better use of the available space inside the frame.

What should you consider?

Check that the overall 19cm length matches the distance between the eyelet and frame.

The swan-neck hook must fit the selected eyelet. Its fastening geometry differs from that of a standard spin hook.

Also check that the elastic loop and metal end connection are undamaged.

Processing and use

Position the elastic cord loop around a suitable frame or tubular profile.

Connect the swan-neck hook to a compatible eyelet and gradually tension the fabric.

Check that the hook engages correctly with the opening and the cord does not rub against sharp components.

Matching products

This tensioner can be combined with suitable eyelets, banner frames, attachment eyes and technical fabrics.

The polyester cord loop, metal swan-neck hook and closing clamp are already assembled.

Alternative or other version

The Swan-neck Tensioner is listed as a black PES version with a length of 19cm and a cord diameter of 6mm (this version).

Tensioners with standard spin hooks are available in different lengths and versions for other fastening methods. These have different hook geometries and fastening distances.

Matching Fepatex solution

This black 19cm swan-neck tensioner forms part of solutions for the sign industry, banner production and technical textile fabrication, where banners are secured to frames using compact elastic connections.