Chain Magnetic Separator are used for the cleaning of liquids contaminated with magnetizable solid particles and foreign oils. F.E.S. separator systems can be used in full-flow or bypass cleaning applications. The separation performance varies depending on the level of contamination and the volume flow rate. Note: The separator systems can be supplied via a separate supply pump, existing system pumps (with sufficient reserve capacity within the existing system components), or a free inlet (with sufficient geodetic height difference). Advantages: No filter aids required High separation efficiency Large throughput capacity Large active separation surface due to favorable separation geometry and optimal arrangement of magnets Low wear and tear Operating Principle: The contaminated liquid is supplied to the separator through the flange (1) located at the bottom.

The systems for ventilation, thanks to its abilities and flexibility, are a component part of each newly built structure regardless of its purpose, construction, or size. The basic function of ventilation is to provide by air change a higher quality of internal air. Due to the system specificities, the unification is not possible – each structure is processed separately. The company has in its offer the supply of equipment, installation and service of systems for industrial exhausting, transportation, ventilation, air heating, and air conditioning of industrial plants, super markets, catering structures, and high-standard structures. We perform the installation of all types of ( HVAC) technology, supply and installation of ventilation ducts, cooling systems in accordance with project documents and standards, depending on the purpose of rooms in agreement with clients and end buyers. Ventilation ducts bent spiral and flexible pipes distribution elements

Selon la note d’information 66 du SETRA (juillet 1989), il y a des règles permettant de dimensionner les supports et massifs de fondation. Où P est la pression du vent en daN/m2, S la surface du panneau et HG la hauteur du centre de gravité. On a : HP = HSP + H/2 + 0,2m Le moment fléchissant dû à l’effort du vent calculé au niveau de la surface du massif de fondation est donné par la formule suivante : M = P × S × HP