Civil engineering solutions
Ischebeck Titan supplies products and systems for infrastructure projects including rail and road bridges, parapets, abutments and other civil engineering works. Our products include light weight and heavy duty falsework, heavy propping, bridge falsework, parapet formwork, formwork panels, climbing formwork, large span beams and striking jacks.
Our solutions focus on safe assembly and dismantling using our experience of efficient and practical design. Our technical team works closely with our customers to understand the site requirements and develop the most cost-effective solution.
Ischebeck Titan is renowned throughout the world for providing some of the most innovative and effective solutions. These include a wide variety of support to heavy high level deep slabs, tall walls and unusual challenging concrete structures. We are also experts in ground engineering, structural stabilisation and earth retention solutions.
Precast support
Systems for supporting precast concrete elements – for partially and fully precast floor slabs and other elements.
Aluminium formwork beams plus friction clamp
Titan 225 aluminium formwork beams can be combined with Titan friction clamps, giving shear-resistant bridging beams with a higher load-carrying capacity.
WK wall mounted support – Falsework alternative
The WK wall-mounted supports represent a falsework alternative, where elaborate and expensive temporary foundations would otherwise be necessary and openings for traffic kept clear.
Parapet Bracket system
An effective way of forming parapets on bridges, the Parapet Bracket system offers full adjustability and high carrying capacity.
Titan Support System
The Titan support system is recognised as the leading product in its field by many professionals in the construction and civil engineering industries.
Titan Column Clamp
The Titan column clamp is assembled with 4 no. bolted corners and 4 no. hinged for ease of striking on a typical 3.0m high column.
Wedge Jacks
Our high capacity wedge jacks provide a strong, efficient and versatile means of supporting a wide variety of construction elements. They eliminate the guesswork that is prevalent with traditional support methods.
