Precast element walls with integrated insulation material

New assessment of horizontal fresh concrete pressure

In reinforced-concrete construction, semi-precast elements particularly ensure high cost efficiency, because they enable a faster construction progress while maintaining strict quality requirements. An example is precast element walls with integrated thermal insulation material. For these components, only the outer concrete shells are manufactured in the precast plant. The load bearing final cross-section is installed only at the construction site by subsequent placement of in-situ concrete. The pressure generated during casting the fresh concrete must be absorbed by the connection devices...

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Issue 08/2018

Load-bearing behavior of wall elements with formwork anchors integrated in the insulation material

Increasing thermal and acoustic requirements on external wall systems more and more demand for multi-layer wall structures. Wall panels made of precast concrete elements fulfilling these requirements...

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Issue 09/2018 INNOVATIVE FERTIGTEILE

Advantages thanks to thermal insulation as outer shell

Building construction in large cities and metropolitan areas is very expensive. Hence, every centimeter of space gained is important for architects, developers and building societies. While they have...

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Issue 03/2013 Geolyth Mineral Technologie GmbH

Free-flowing thermal insulation

Pourable, sustainable and easy to dispose of - that is how the future insulating material should be. They should, in addition, be classified to fire-resistance A1 without any loss of the thermal...

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Start of series production: Light-transmitting concrete with integrated thermal insulation

For several years, Luccon has been manufacturing translucent concrete made of high-strength fine concrete, which is light transmitting thanks to embedded optical fibers. Now, the innovative company...

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Issue 04/2010 An energy efficient solution for multi-layer and sandwich walls

ComBar thermal anchor: resistant against corrosion

This anchor realizes U-values between 0.236 W/m²K and 0.391 W/m²K at an average hollow wall of 30.0 cm up to 36.5 cm. Solutions with conventional lattice girders have significantly higher U-values....

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