Greece
Service Provider
The company ACASA SCAFFOLDING, is a Service Provider, which operates in the Lightweight metal scaffolding industry. It also operates in the trestles, scaffolding hire, scaffolding for the construction industry, and Warehouse structures industries. It is based in Haidari, Greece.
Other companies in the same industry:
PASCHAL-WERK G. MAIER GMBH
Germany
The shoring frames TG 60 are made of steel tube of higher strength and are stiffened with 2 small diagonal braces. To transfer tensile forces, every frame is secured by hinged pins, locking pins or bolts to each other. In this way the towers can be assembled on the ground and placed by a crane. The shoring frames TG 60 are designed symmetrically – because of that you don’t have to care about the direction of the diagonal braces.
ROKVELAS, UAB
Lithuania
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PASCHAL-WERK G. MAIER GMBH
Germany
GASS is a further development of the commercially available aluminium shoring systems. With a maximum safe working load of up to 140 kN per leg, this is the aluminium shoring system with the greatest load-carrying capacity.
PROMSTROIKONTRAKT
Russia
Universal deck form PSK-CUP combines the functions of deck form and scaffolding. The deck form PSK-CUP corresponds to the space frame which forms the rigid frame without joints which does not require additional stabilization by diagonal connections in most cases. It is assembled from the tubular members: vertical and horizontal, lower threaded lifting jacks and upper threaded uniforks, connection elements, it may be completed with fixation elements. Vertical elements are the basic bearing components of the framework on vertical plane. There are six basic dimension. They are joined with the help of connection elements according to the principle “tube-in-tube”. In every 500 mm the vertical elements have welded cup connections – “lower cup” produced from the high-quality steel, with the attached mobile cups – “upper cup” produced from ductile casting. They provide support for horizontal elements. The horizontal elements provide the framework rigidity.