fischer fixing systems

08/18/2026

One kilometre into the sky – fischer builds the world's tallest building

With a spectacular height of over one kilometre, the Jeddah Tower in Saudi Arabia will eclipse all previous human constructions once completed. In addition to its impressive dimensions, German precision is also evident in what will be the world's tallest building: fischer products ensure that Jeddah Tower grows safely into the sky.

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07/24/2026

New fischer FBS 4 and FBS 5 Concrete Screws

Whether cable clamps, cable ducts, surface-mounted outlets, or mounting rails: Electrical and HVAC installations require cost-effective fastening solutions that can be installed quickly while offering a high level of safety. With the new FBS 4 and FBS 5 concrete screws, fastening expert fischer is expanding its product line to include versatile anchoring solutions for concrete and masonry. The anchors enable quick installation, a wide range of applications, and tested safety—even for heightened fire protection requirements.

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07/17/2026

A fixing solution for every application

A strong recommendation from fischer’s trade partners: The fischer HybridPower anchor is now approved for single-point fastenings in concrete as well as for multiple fastenings of non-load-bearing systems in concrete, masonry and aerated concrete. This all-round solution impresses with certified safety while reducing complexity on site – features that every end user would expect from a reliable fixing product.

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07/16/2026

fischer HybridPower anchor now approved

With the HybridPower anchor, fischer has established an all-round fixing solution that is now taking another step forward: this versatile product is now approved for single-point fastenings in concrete as well as for multiple fastenings of non-load-bearing systems in concrete, masonry and aerated concrete. For tradespeople, this means proven safety combined with reduced complexity on site.

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07/01/2026

Stability under seismic influence

Earthquakes are among the greatest global challenges for the safety of structures. Existing buildings constructed before the introduction of modern earthquake standards are particularly vulnerable, as they are often unable to withstand seismic loads. This raises an urgent question: how can such buildings be retrofitted to improve their earthquake resistance? Unternehmensgruppe fischer and Purdue University (USA) carried out full-scale tests on reinforced concrete structures. These tests enabled the definition of new approaches for the seismic retrofitting of existing buildings.

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