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PR_Kettenbruecke_Budapest_DT.pdf

Januar/24 PRESSEMITTEILUNG Technisches Update für die weltberühmte Kettenbrücke in Budapest Seite 1 von 4 Lager und Dehnfugen wurden auf die historische Bausubstanz zugeschnitten. Budapest. Die…

PR_Kettenbruecke_Budapest_EN.pdf

January/24 PRESS RELEASE Technical Update for the World-Famous Chain Bridge in Budapest Page 1 of 4 Bearings and expansion joints were tailored towards the historic building fabric. Budapest. The…

Structural Bearings

Vibrations, rotations and powerful forces – bridges and superstructures may undergo a turbulent life. MAURER Structural Bearings ensure at any place that these impacts remain as long as…

Expansion Joints

Variations in temperature and traffic load may change the length of larger bridges in the meter range. This is why bridge ends are equipped with a so-called “roadway expansion joint” that can…

MSM®/MSA® Spherical Bearings

Key characteristics of MAURER Spherical Bearings Lowest friction (low rotational and sliding resistance) Ideal solution in terms of sliding properties, bearing surface and service life …

Elastomeric Bearings

MAURER Elastomeric Bearings are available made of natural or chloroprene rubber from in-house production and mixture. The standard design is suitable for operation temperatures between -40°C und…

Architectural Joints

Architectural Joints Internal floor joints for movements < 320 mm The SDPS internal floor joint is durable and is used in the interior of buildings. It is movable in any direction and can…

Seismic Joints

With the swivel joist with integrated Fuse Box, the expansion joints accommodates all displacements from service load cases, however, not all seismic displacements. In case of seismic closing…

Roadway Expansion Joints

Roadway Expansion Joints MAURER Single-Seal Joints are available in different designs. For all designs, it is distinguished between the two main functions „rigid anchorage“ and „watertight…

Railway Expansion Joints

Railway Expansion Joints Railway bridges face challenges that significantly differ from those of road bridges. Traffic loads are higher and the ratio between dead weight and traffic load clearly…