THE SB - COLUMN-SYSTEM

THE SB - COLUMN-SYSTEM
All carrying out of the ingma silo elements of the type line SB can be employed together. This meant that in a common cell block be arranged can double wall element TYP SB DW or dike wall element model SB DP both and special sections.

As a result, a cell stem originates in the crossover of 4 walls, that these 4 walls to its pages the stem sections welded are turned, by 90 degs each be put together. The SB stem consists of sheet steels shaped specially and a being system is. The plant rough draft clarifies the construction. In such a way, assembling occurs, that the walls from above introduced and therefore interconnected may be. The nonpositive combination is achieved by the sticking section (stem thigh). The stems are filled according to wall mounting with concrete. The upright burdens which are inserted by the walls into the stems are broadcasted by the stem joins and the concrete liability an the stems.

THE RF - COLUMN-SYSTEM
Alle carrying out of the ingma silo elements of the type line RF can be employed together. This meant that in a common cell block be arranged can double wall element TYP RF DW or dike wall element model RF DP both and special sections.
The combination of the walls on the stems (junctions of the cells) forming itself occurs by means of through-going, long screws. The construction of the walls is formed similar to a bond so that no additional sleeves are employed. TYP RF MARTIN silo elements are preassembled industrially and as a result, a fast and simple assembling is possible. Each can immediately after finishing be used in full silo. However you can every also alter MARTIN silo, yes themselves if necessary remove This is not only ideal for companies those advance itself constantly but also for such ones those build on lease or railway plots. These silos are constructed in pure steel construction, that is too without stressing stem fillings.




  THE RF - COLUMN-SYSTEM