The new generation BATEK modular formwork is perfect for the construction of all kinds of vertical concrete structures, aimed at both the building construction and civil engineering sectors (walls, columns, abutments, footings, etc.).
It’s distinctive for high-performance-assembly rates with a great reduction in labour and runtime, thanks to the one sided tying option.
The system is comprised mainly of panels which, joined with clamps is compatible with other ULMA vertical formwork. It solves all types of geometries effectively and safely, always providing excellent concrete finishes.
- Designed to withstand high concrete pressures.
- Permissible concrete pressure:
- Standard Panel: 80 kN/m²
- Universal Panel: 100 kN/m²
- Maximum deflection:
- Standard Panel: 60 kN/m² (line 7, table 3 DIN 18202).
- Standard Panel: 80 kN/m² (line 6, table 3 DIN 18202).
- Universal Panel: 100 kN/m² (line 7, table 3 DIN 18202).
- Wide range of panels:
- Height: 3.3 m, 2.7 m, 1.2 m, 0.6 m.
- Width: 2.4 m, 1.2 m, 0.9 m, 0.75 m, 0.6 m, 0.45 m, 0.3 m.
- All the panels provide 3 tying options.
- Solution 1: One sided tying with BATEK tie.
- Solution 2: One sided tying with standard market DW15 or DW20 tie rods.
- Solution 3: Two sided traditional tying.
- The patented BATEK nut fits all three ties, the BATEK tie, DW15 and DW20, there are therefore less component references.
- High productivity and more labour savings:
- Reduction of up to 50% in formwork and stripping times, thanks to the one-sided tying system.
- Up to 40% less tying points compared to traditional panel formwork systems.
- Standard and Universal Panels, symmetrical on the X-Y axes, preventing possible assembly errors.
- Easier tying process:
- Innovative quick assembly of the BATEK nut with no tools needed.
- Fast and accurate wall thickness adjustment thanks to the BATEK tie. Easy and precise 3-step operation with no tools required (Unlock, Set length, Lock).
- BATEK tie assembly with no need of spacer tubes or cones, just one tool is needed - a 24 mm hex wrench.
- Low maintenance and long lifespan:
- No sealing components or threaded elements on the panels, which significantly reduces panel checking and repair stops and associated costs.
- Easy and quick inspection and replacement of sealing components located on the tying system, without any tools needed.
- High durability, hot-dip galvanised panels with reinforced steel frame on the corners.
Crane free, self-climbing system. Allows high construction speed and provides multiple applications for each high-rise project. Safe lifting and handling.
Flexible rail-guided climbing formwork for high-rise buildings. Highlights: optimised structure and easy to use.
Highly flexible crane-lifted climbing system, adaptable to inclined and curved walls. Minimum transport volume.
Crane-lifted climbing system optimised for large formwork gangs. Highlights: large working platforms and easy handling.
A simple solution for supporting shaft internal formwork. Perfect for elevator and staircase shafts, hollow piers etc.
Crane-lifted climbing system, perfect for the construction of double-sided walls and piers.
High performance one-sided climbing formwork for the construction of strongly inclined walls with total safety.
Movable system for the construction of very long single or double-sided concrete walls. Easy formwork erection and stripping.
Modular safety platform, adaptable to different geometries. It can be assembled on the ground. Easy transport and storage.
Most suitable for the construction of considerable height walls. Easy to transport and handle.
Optimised safety platform designed for wall concreting tasks. Very simple assembly.
Tough plywood with smooth surface most suitable for different needs. It enables more repeated uses than conventional plywood and offers excellent fair-faced concrete finish.
The ideal solution for fast and efficiently stripping formwork in interior spaces.
Safety system to guarantee a safe working space at height and it is compatible with different ULMA wall formwork systems.
Safety system to provide safe access to working platforms at any level or height on wall formwork.