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Formwork systems
Most parts in the ISCHEBECK formwork systems are made from aluminium. The low weight of the individual components improves safety, reduces fatigue and saves on crane capacities.
Whether a single prop or a complete falsework assembly, ISCHEBECK always supplies economic solutions ideally suited to the needs of building sites.
Geotechnical systems
with TITAN micropiles
One system – many applications
The heart of the system is the self-drilling TITAN micropile, which can be used as a ground improvement measure. Ground improvement by way of the interlocking body of grout enables tension, compression and cyclic loads to be transferred to the in situ soil. TITAN micropiles are covered by National Technical Approval Z-34.14-209 issued by the DIBt. This is the only tubular grouted pile system that can also be used for permanent applications of 100+ years.
Trench shoring systems
The ISCHEBECK trench shoring systems in steel and aluminium meet the requirements for fast progress on site, economic plant use and high safety. The modular system consisting of panels and trench struts ensures good flexibility and solutions to suit the needs of building sites.
Trench shoring systems
The ISCHEBECK trench shoring systems in steel and aluminium meet the requirements for fast progress on site, economic plant use and high safety. The modular system consisting of panels and trench struts ensures good flexibility and solutions to suit the needs of building sites.
Trench struts
ISCHEBECK can supply the right trench strut for every trench shoring job. All our trench struts are marked with the civil engineering employers’ liability insurance association symbol according to DIN 4124.
That means:
- no acceptance problems
- quality is assured by an external organisation, the North Rhine-Westphalia Materials Testing Laboratory
Lightweight aluminium trench Lining
One system – five uses
One system – five uses
GIGANT lightweight aluminium trench lining is the ideal trench shoring system for trenches at inner-city locations. This modular aluminium system closes the gap between the frequently heavy and cumbersome steel systems and manual trench timbering.
- Lightweight parts (max. 42 kg)
- Modular system means flexible trench lining units
- No heavy plant required
- Safety barriers at ground level simply attached to guard rail posts inserted into the top of each panel
GIGANT steel trench lining
One system for all trench shoring jobs
One system for all trench shoring jobs
The GIGANT system offers many advantages that help achieve consistent progress on site. Operations do not come to a standstill when
- the soil type changes,
- services cross the trench,
- a manhole is reached,
- the trench lining cannot be extracted,
- there is a risk of ground failure.
Safety in civil engineering
Guard rail posts to DIN EN 12811
Guard rail posts to DIN EN 12811
ISCHEBECK supplies guard rail posts that can be quickly and securely attached to sheet pile walls and timber wedge clamp walls for safety on civil engineering projects. Providing a safety barrier directly on the edge of the excavation saves space because barriers 2 m or more back from the edge are then unnecessary.
- Clamping capacity: 8‒30 mm
- max. permissible post spacing: 2 m
- Weight: approx. 7.3 kg, red paint finish
Timber wedge clamp wall
The cost-effective alternative to traditional soldier pile walls
The cost-effective alternative to traditional soldier pile walls
The timber wedge clamp wall with timber planks clamped to the front of each soldier pile is ideal for deep trenches and excavations on inner-city sites. The system consists of just three parts: wedge plate, U-plate and wedge.
The timber wedge clamp saves time and materials:
- No expensive excavation between the soldier piles
- No sawing, no cutting planks to size
- No settlement, no loss of soil
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References
Trench struts
ISCHEBECK can supply the right trench strut for every trench shoring job. All our trench struts are marked with the civil engineering employers’ liability insurance association symbol according to DIN 4124.
That means:
- no acceptance problems
- quality is assured by an external organisation, the North Rhine-Westphalia Materials Testing Laboratory
TITAN 60 trench strut
Permissible load: 72‒100 kN
Permissible load: 72‒100 kN
Large strut spacings simplify excavation and pipelaying in wide, deep trenches (main discharge pipes, outfall sewers, dyke drains, etc.). The TITAN 60 trench strut is suitable for the vertical trench sheeting used as shoring in such excavations. Bracket for 14 x 16 cm timber framing.
Available in four lengths:
- 90‒150 cm Ti 60/150
- 140‒200 cm Ti 60/200
- 190‒250 cm Ti 60/250
- 240‒300 cm Ti 60/300
TITAN 48 trench strut
Permissible load: 38‒63 kN
Permissible load: 38‒63 kN
The TITAN 48 trench strut is used for the most common trench widths (1.0‒1.5 m). For 14 x 16 cm timber framing.
Available in three lengths:
- 70‒117 cm Ti 48/120
- 90‒150 cm Ti 48/150
- 120‒210 cm Ti 48/210
terra trench strut
Permissible load: 22‒38 kN
Permissible load: 22‒38 kN
The terra trench strut is suitable for narrow trenches with horizontal timbering (e.g. connections to buildings, manual excavation for repairs). With clawed end plate and nailing hole.
Available in five lengths:
- 50‒80 cm terra size 1
- 60‒90 cm terra size 1a
- 80‒110 cm terra size 2
- 110‒140 cm terra size 3
- 140‒170 cm terra size 4
GIGANT SV trench strut
Permissible load: 258‒548 kN
Permissible load: 258‒548 kN
With self-centering hook for HEB 140–300 steel beam walings.
Available in five lengths:
- Gi-SV-210 140 – 210 cm
- Gi-SV-260 190 – 260 cm
- Gi-SV-310 240 – 310 cm
- Gi-SV-380 310 – 380 cm
- Gi-SV-450 380 – 450 cm
GIGANT S trench strut
Permissible load: 138‒210 kN
Permissible load: 138‒210 kN
With self-centering hook for HEB 140–240 steel beam walings. Available in five lengths:
- Gi-S-120 70 – 120 cm
- Gi-S-170 105 – 170 cm
- Gi-S-210 140 – 210 cm
- Gi-S-260 190 – 260 cm
- Gi-S-310 240 – 310 cm
Gi-SV spindle/fixed head
Permissible load: 393‒448 kN
Permissible load: 393‒448 kN
With self-centering hook for steel beam walings up to HEB 300. For bolting or welding to the web of a steel beam. Spindle head adjustment: approx. 72‒97 cm.
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References
