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The civil engineering business undergoes a radical change, and is in search of innovative solutions with high efficiency and low resource consumption. You should also benefit from this rethinking! Use the machines of KARL MAYER Technical Textiles in order to produce textile concrete reinforcements, roof materials and plaster grids, thus, making building and renovating easier, more eco-friendly and faster. Or you can manufacture geogrids and composite structures for infrastructure projects, that offer various functions in a well thought out material composition.

KARL MAYER offers a width range machine portfolio with customized machine solutions for your projects. With our flexible machines we can guarantee a efficient production of textiles for the entire application area of civil engineering.

Application Overview

• Plaster grids

  By embedding the reinforcing fabric, an effective increase of the crack resistance in the plaster is achieved and undesired crack formation, e.g. due to vibrations, is avoided.

  

   

   

   

   

   

   

   

  Article 11088 --> Explore more

  Advantages:

  Prevention of cracking and spreading of cracks

  Optimum force distribution

  Increased life time

• Roofing

  The textile reinforcements of single ply roofings  adds strength and durability to complete system.

  

  Article 11087 --> Explore more

  Advantages:

  Cost-effective roofing system

  Flexible and stable material

  UV resistant + Energy saving because of reflecting the s

• Panel Walls

  The use of panel walls made of fiber-reinforced plastic makes it possible to reduce the amount of material used, save unnecessary weight and integrate useful functions into the applications.

  

  Article 50064a --> Explore more

  Advantages:

  Impact resistant material

  High heat resistance

  Lightweight construction

• Building reconstruction

  The use of textile reinforced concrete offers significant advantages in the field of repair and reconstruction of steel concrete structures.

  

   

   

   

   

   

   

   

  Article 11062 --> Explore more

  Advantages:

  Lightweight & easy handling

  Emission reduction & saving resource

  Increased service life due to the absence of corrosion

• Safety gates reinforcement

  The textile reinforcement provide an ultra thin and effecient protection against the most common power tools.

  

   

   

   

   

   

   

  Article 11139 --> Explore more

  Advantages:

  Proctection against the most common power tools

  Quick and easy installation

  Ultra thin and lightweight construction

• Pipe repair

  Trenchless repair of pipes requires minimal equipment and has little impact on the environment, which results in a small carbon footprint.

  

   

   

   

   

   

   

  Article 50064a --> Explore more

  Advantages:

  Cost savings by repairing the pipes instead of replacing them

  Environmentally friendly because no excavation of soil masses necessary

  Immediate recommissioning of the pipes

• Base reinforcement

  Geogrids and geocomposites enable an immediate increase in the bearing capacity of the soil and also achieve a uniformity of subsidence in the subsoil.

  

   

   

   

   

   

   

  Article 10882 --> Explore more

  Advantages:

  Improving the bearing capacity of sub grades

  Separation of sub grade layers

  Filtration of the sub grade layers

• Slope stabilization

  The use of geogrids and geocomposites enables the construction of steeper, safer embankments to optimize land use and reduce the disruption of a structure.

  

   

   

   

   

   

   

  Article 10882 --> Explore more

  Advantages:

  Excellent structural capacity

  Minimal impact on environmental area due to the optimize land use

  Significant cost savings compared to steel reinforced concrete structures

• Road/Track reinforcement

  The use of geogrids improves the elastic modulus of a roadbed while distributing loads for greater roadway longevity and performance.

  

   

   

   

   

   

   

  Article 11141a --> Explore more

  Advantages:

  Protection from reflective cracks

  Redistributes stresses horizontally in the overall system

  Prevention of wheel track rutting

• Wind energy

  By using of textile-reinforced composites, it is possible to develop wind turbines with longer blades.

  

   

   

   

   

   

  Article 50064a --> Explore more

  Advantages:

  High tensile strength due to the high-performance fibres

  Renewable energy

  Lightweight construction