High-security storage facility for art
Connected directly to Luxembourg International Airport, a logistics centre unique in the European Union was completed in 2014. Works of art and other valuables are stored and managed in temperature- and moisture-controlled rooms in Luxembourg Freeport within an area of 21,000 square metres spread over four floors. The construction of this highly unusual building was subject to strict requirements, particularly with regard to vibration control and fire protection. Tested for their suitability, 167 products from 36 MÜPRO product groups were installed to comply with these two requirements alone.
Construction volume: €55 million
Building type: High-security storage facility
Requirements: Vibration control and fire protection
- Fastening elements for pipelines needed to be fire-protected, corrosion-resistant and insulated against noise.
- Vibration control and fire protection elements required superior certificates of suitability, as requirements for this project were higher than those specified in DIN standards.
- Application engineers at MÜPRO Luxembourg produced the required functional fastening solutions with the help of proprietary CAD planning software.
- Products from the modular fire-, noise- and corrosion-tested MÜPRO fastening system range were used, such as 40/60 MPC-support channels, which are easy to fit using girder cleats, with no need for drilling or welding.
- The flexible combination of support channels with pipe clamps, slide guides or anchor points created a robust supporting structure, ideally adapted to the structural conditions on site.
- These were fitted using support elements with the DÄMMGULAST® yellow vibration control lining.
- PHONOLYT anchor points were used to ensure acoustic decoupling in order to reduce noise below the permitted threshold values specified in DIN standard 4109 by at least 5 dB(A).
- Escape routes were secured by calculating the absolute maximum load-bearing capacity in the support structure under fire load as per F30 and F90 requirements and the estimated, anticipated deformation of the installation.