Tolerances, gaps and irregularities are common challenges in steel and bridge construction, which can make it difficult to fully connect components and can lead to costly delays and structural weaknesses. MM1018 – The Liquid-Shim® – offers the ideal solution: The metal polymer, which is approved by the building authorities, adapts flexibly to any gap geometry and enables a 100% force-fit and form-fit connection – simply, efficiently and reliably.
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We are proud of an impressive list of references that underlines our leading position in the industry. With many years of experience and a proven track record, we offer customized solutions and innovative products that increase the performance and efficiency of our customers worldwide. From renowned companies to emerging businesses, our customers rely on MM1018 – The Liquid-Shim® and our expertise to overcome their challenges and achieve their goals.
With a height of 359 meters, the Chenab Bridge in India even surpasses the Eiffel Tower. MM1018 was the ideal solution for the friction-locked connection of the massive support pillars. Successfully in use since 2017, it was later used for all bridge bearings and ensures stable and even load transfer.
The highest railroad bridge in the world stands on MM1018 – a real highlight project for our high-performance polymer.
The Ponte 25 de Abril in Lisbon is a 3.2 km long suspension bridge that carries both road and rail traffic and is visually reminiscent of the Golden Gate Bridge. When replacing 500 bridge bearings in 2021, it was crucial to ensure even load distribution.
A perfect task for MM1018, which ensured gap-free force transmission while the bridge remained in operation.
The outdated bearings on the Mandovi railroad bridge in Goa, India, had to be replaced within a time window of 4 hours due to ongoing train traffic. Conventional methods were out of the question.
Thanks to the fast curing of MM1018, the friction-locked gap compensation could be carried out efficiently. A specially developed injection cushion further accelerated the process and ensured stability and safety under extreme time pressure.
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