Keder ALU Profiles

Aluminum keder profiles provide secure and precise fastening for textile banners, tarpaulins, and printed media using an integrated keder groove. The aluminum construction ensures high strength, low weight, and weather resistance. These profiles are ideal for both indoor and outdoor installations, tensioning frame systems, and architectural signage.

You can calculate the price of a lightbox quickly and easily online:  Keder Boxex Calculators

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2 items total

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Obrázek 1
€2,60 excl. VAT
€3,14 / m
Code: 75530
Obrázek 1
New
€3,38 excl. VAT
€4,09 / m
Code: 35560

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2 items total

Aluminum profiles for making frames with a textile banner. We format profiles to custom lengths. We also offer corners, holders and other accessories for making keder frames.

Examples

Kedrový rám s textilním banerem DENCOP

FAQ – Frequently Asked Questions

What are keder aluminium profiles and where are they used?
Keder aluminium profiles are aluminium extrusion tracks designed to receive a textile material's keder bead for secure fixing and tensioning. They are used in the production of banners, advertising building facades, tensioned fabrics, and frame systems. Made from aluminium, they are stable, lightweight, and suitable for long-term outdoor installations.

How do I choose the right keder profiles for a banner or fabric?
Selection depends on the width, diameter, and type of keder sewn or welded into the material. The profile's track channel must correspond precisely to the keder dimensions and overall fabric thickness. Choosing correctly ensures uniform tension and long-term durability for the entire installation.

What is the difference between screw-clamp and slide-in aluminium profiles?
Slide-in profiles allow the keder to be fed into the channel quickly without additional fasteners. Screw-clamp systems provide a tighter, mechanically locked grip on the fabric, which is particularly beneficial for extra-large formats or installations under heavy wind loads and high tension. The choice depends on the specific application and the level of mechanical fixing required.