Prefabricated platforms from HERING are characterised by a high degree of prefabrication, factory quality guarantee, high-quality surfaces, design diversity and numerous construction variants. Thanks to further developments and system optimisations, the various modula® types are suitable for individual new construction, conversion and surface refurbishment or for changing the access level of platforms.
Particularly noteworthy are the concrete formulations specifically developed for use in platform construction. These fulfil all the requirements of the applicable guidelines, especially with regard to freeze/thaw resistance, which is of key importance for platform coverings. All concrete formulations used by HERING Bau for system platforms have a weathering resistance of 49 - 228 g/m², which is far below the permissible values, ensuring durability and, thus, a long, damage-free service life.
The modula® - the TT slab and modula® light systems are particularly well suited for the construction of new platforms. Both systems can be designed as free-standing platforms (type 1) and backfillable platforms (type 1b). By using modula® shift elements, both systems can also be raised and lowered with ease.
For the raising and renovation of conventional platforms, HERING has developed the modula® flex system - a slim, textile-reinforced flat slab with a ready-to-use platform covering. Safety-related features such as the guidance system for the blind or danger zone hatching can thus be easily retrofitted.
HERING has developed the modula® temporary system for temporary platform requirements. This is a platform made of steel plates on prefabricated foundations. The temporary platform can be used as a makeshift platform during construction work, when dealing with accidents or as an additional temporary stopping point for trade fairs and other major events. In addition, existing platforms can be temporarily raised or extended.
Can be used for short lockout pauses and poorly accessible paving sites.
Ideal for raising, surface refurbishment and retrofitting of optical guidance and safety equipment on existing platforms.
Most cost-effective option for subsequent modification of the access level.