TF2 Shoring Towers, 100% compatible with Doka D2 Tower System, are made of strong frames in three heights 1.80 m 1.20 m and 0.90 m and are suitable for many application:
– high-rise building – industrial construction site – bridge-building – every kind of project with big hights
Frames are hot dip galvanized steel, lightweight and easy handling, the base-pitch of 1.52 m ensures an high stability. High load capacity up to 60 kN on each leg. The head and foot screw jack allow a precision and a fast handling of tables.
Possible pitches between the frames: 50, 100, 125, 152, 175, 200, 225, 250 cm.
Frame width: 152 cm
The spacing of the frames can be adapted using the right length of diagonal brace, so to guarantee the required loading capacity.
TF 2 Shoring Towers accomplish to “heavy” tasks with a safe, strong and flexible system. Considerable loads, challenging heights, huge areas are the main working fields of TF 2 shoring system; used as simple shoring or as a table system, it ensure a fast, safe and economical formwork solution. Any TF 2 components are made by hot deep galvanized high quality steel, ensuring the system high loadability and a long life span.
3 Frame sizes, 0,90 / 1,20 / 1,80 m, related horizontal and diagonal braces, and few system connectors compose a stable, heavy duty, easy to use and safe load bearing tower. System modularity permit an high optimization with the consequent economical and time sparing advantages.
HIGH WORK LOADS
Almost any slab thickness can be supported by TF 2 Shoring Towers; system loadability reaching up to 60 kN per leg (wich minds 60x4= 240 kN x tower) will accomplish to any structures geometry.
EASY TO USE
Composed by Frames, braces and very few connecting accessories, the system result very easy to use and consequentely safe in both erection and dismantling phases.
Dedicated devices, as TF 2 shifting trolley, TF heavy duty wheels, TF lifting fork and straps offer a safe and fast solution for the most efficient and safe shifting planning.
The system loadability, stability and modularity are already a guarantee of safety, increased by a specific assembling and operative method of statement, wich is easily done using the instructions herein illustrated.