|
| |
| |
Components: |
|
| |
|
|
| |
|
Panels
• Frame, made out of a shaped-profile
sized for housing plywood panels and jointing
vice in any position.
• 2 rod restraints each vertical span, mounted within conical sleeves that
enable the installation of
opposed inclined panels, or of panels on staggered levels.
• Transverse beams, made of open-profiles, featuring slots to ensure a
safe and quick application of struts, brackets etc.
• Transverse beams, made of jointed Z-Cold formed sectionswith frames featuring
holes for tie rods to permit the connection between casings that are not mirror
opposites or that lie obliquely from the vertical line.
• Multi-layer panel in birch wood (plywood), 18-mm thickness, phenol coating
250-g/mm2 density, joint to frames with interposed differential-shrinkage sealer.
|
|
 |
|
|
| |
|
|
| |
|
Truss
for horizontal supports
Made of 2 open C-profiles, coupled at a distance
of 50 mm in order to leave room for (crack) pins,
extension cords and shafts, screws and plates,
as well as of a wooden stick that facilitates
the junction of the plywood covering.
Triangles
for ground cast support
It is one of the innovative features of Preform System. Assembled
in dimensions 3000 x 1500 mm through pin junctions on the C-beams,
they allow constructing ground cast supporting structures from
3 to 6 m high.
Supporting cast brackets
The supporting cast brackets can be easily and safely anchored
to the panels’ transverse beams. In fact, thanks to the
panels design, it is possible to position the brackets with the
same inter-axis of the common metal decks. Due to this, common
metal decks usually in stock at worksites can be mounted on the
cast brackets with considerable cost savings compared with normal
wood scaffolding.
|
|
|
|
|
| |
|
Formworks
for lift
The peculiar part is
the platform, which can be moved together with
the casings to allow a safer and easier casting
in altitude.
The platform consists of main and secondary coupled C-beams; the
plywood floor is installed onto the secondary beams. The main beam
features at its ends equalizing shoes that fit into the corresponding
housings within the casting previously finished. During raising,
just for gravity, the shoe sets itself along the vertical axis
thus ensuring a safe and easy shift of the whole structure.
|
|
|
|
| |
|
Climbing
brackets
Both in basic or shiftable versions, they are
made by using the system’s fundamental
part, the double-C truss, with an interposed
rack-rail shifting device. The concept is strongly
innovative, since it combines easy installation
with the possibility to build tread floors out
of ordinary metal decks thus replacing the traditional
and expensive wood scaffolding. Moreover, it
allows modifying the bracket geometry depending
on the wall inclination thanks to the possibility
to shift the strut along the post of the very
same bracket.
|
|
|
|
|
|
|
|
Photogallery
