INDEX Slabform Linear ST50 table ST80 table MP shoring structures MP HD towers Simplex HD Steel props Aluminum props SLABPROP 2.0

SLABFORM It is a modular system of formworks in aluminium for the execution of monolithic or lightened concrete slabs cast in place. SLABFORM is a fully industrialized formwork system that does not require specialized labor for assembly. The ideal use is in presence of monolithic or lightened slabs. It is also used in casting of traditional joist and hollow block slabs and above all for the safety it ensures during work. SLABFORM formworks belong to Class 7 according to the prEN 15113-1. The system consists of a limited number of components that includes high-capacity props of various sizes,...

DIMANTLE PHASES Slabform handrail with the bayonet locking system, patented supporting bracket fixed on the Slabform beam.

Company | Projects | Products • ideal for casting concrete monolithic slabs. The system is also sized for very thick slabs placed at a high altitude • the components are handled manually: the panels are in aluminium and weigh less than 16 kg • modular, lightweight and intuitive, it allows a very high productivity: 3 operators can assemble up to 500 m2 per day of SLABFORM formworks with slab intrados of 3 m • it allows a significant reduction in the time of casting rotation on site thanks to the dismantling head system • the special hooking of the dismantling head allows a safe installation, without...

ALUMINIUM PANELS MAIN BEAMS IN ALUMINIUM PROP HEADS Drop head 2.0 galvanized Fixed head

Company | Projects | Products LOAD TABLE USING SLABFORM BEAMS OF 230 CM AND PANELS OF 75X75 CM AND 150X75 CM SLABFORM panel on beam Lbm = 230 cm Formwork 75x75 cm A=75 cm Slab thickness Self weight + overload System class Load on beam System class

Company | Projects | Products LINEAR It is a semi-traditional system for the execution of slabs cast in place with high capacity props which support a primary and secondary frame of wood beams with protected heads.It is ideal for cast slabs in monolithic reinforced or lightened concrete and also for traditional slabs with thick beams. The counter casting surface, usually made by the company, can consist of “yellow” or blacks panels or various types of plywood 21 or 27 mm thick depending on the architectural requirements and degree of finishing required. The LINEAR formwork system consists of...

ACCESSORIES FOR LOWERED BEAMS Special plates and infilling angle bars are available to quickly reinforce, even without specialized labor, lowered beams and edge beams up to 60 cm. The 25 cm angle bar for infilling slabs is the safest, quickest and most economical solution for the lateral stopper casting. Example of reinforced lowered beam.

Company | Projects | Products TABLE OF THE MAIN BEAM DISTANCE AND PROPS DEPENDING ON THE SLAB THICKNESS Floor thickness s (cm) Secondary framework distance beam C (m) 0,40 Primary beam framework A (m) 1,00 The following values are calculated: • P= weight of the concrete x slab thickness + overload = 25 (kN/m3) x s (m) + 1,5 (kN/m2) • deformation F < L/500 • bending moments < 5 kNm • cutting actions < 11 kN • PxAxB < 20 kN (shore load) • example: slab s= 24 cm - p= 7,5k N/m2 - C= 0,5 m ---> A max= 2,66 m ---> A= 2,50 m ---> B= 1

Company | Projects | Products ST50 TABLE It is a modular system with large surface for slabs cast in place which can be handled by a compensator. The ST50 tables are suitable for casting monolithic slabs with large surfaces with standard and repetitive geometries. The low weight and large reinforced areas allow for high productivity. The ST50 tables consist of four telescopic props, steel or aluminium mode, constrained to the two main wooden beams with a connection rotating head. The secondary frame consisting of PL 20 beams and a counter casting surface in plywood or “yellow” panels is placed...

LOWER THE TABLE BY DISMANTLING THE QUICKRELEASE WEDGE Lifting bracket 1. PLACE THE TROLLEY UNDER THE LAST PROPS 2. FIX THE CRANE HOOKS TO THE LIFTING HOOKS OF THE TABLE 3. ROTATE THE PROPS BY BEAMS OF THE MOBILE HEAD 4. RELEASE THE GUARD RAIL CLAMP IN ORDER TO ROTATE THE HANDRAIL POST 1. MOVE THE TABLE UNTIL THE SECOND LIFTING HOOKS POSITION 2. FIX THE CRANE HOOKS TO THE LIFTING HOOKS OF THE TABLE 1. REMOVE THE TROLLEY AND ROTATE THE LAST PROPS 2. MOVE OUT THE TABLE FOR THE NEXT PHASE

Company | Projects | Products FLYING TABLE ST80 Flying forms are constituted by large sections of formwork, featuring supporting trusses, joists, aluminum posts SLABPROP 2.0 and plywood panels for the casting. The table is equipped with safety guardrails to be applied on the secondary or primary beams. HIGH PRODUCTIVITY REPETITIVE SLABS EASY HANDLING This system is used to cast slab areas with tables that can be designed in order to reach up to lengths of 30 meters and widths of 6 meters. The system enhances also side flaps in order to handle spaces between columns and slab edges. The ideal field...

Slabs_MP SHORING STRUCTURES

Company | Projects | Products MP SHORING STRUCTURES Different support structures can be built with different components of the MP multidirectional scaffolding and with a specific set of accessories: suitable for the reinforcement of slabs, beams or any other structure cast at a height. The vertical elements and horizontal connections consist of elements of MP multidirectional scaffolding. The availability of many sizes of components allows creating structures of any size. The tower with 0.83x0.83 m or 1.15x1.15 m square base allows capacities up to 50 kN for each vertical standards for a total...

Company | Projects | Products

MP HD TOWERS In the case of high capacity, it is possible to use support structures with high capacities to reinforce slabs, beams or any other structure cast at a height, carried out with components of the MP multidirectional scaffolding combined with a series of accessories. Each vertical element consists of 4 MP vertical standards connected to each other by a lower and upper frame.The elements so carried out are connected four by four to build the tower. Capacity of base module: 200 kN for each vertical element, equal to 800 kN for the whole tower. Higher capacities are possible: check with...