Skip to main content

Paschal gets concrete results with Maturix

Formwork specialist Paschal is now offering real-time concrete curing measurement using Maturix, a new system developed in Denmark. Am ordinary inexpensive wire is permanently embedded into the concrete during pouring. Concrete strength analysis and monitoring is carried out by wireless radio transmitters – this allows both improved planning and real-time monitoring independent of location and time, according to both companies. The optimal time for dismantling formwork is determined. The user rec
June 11, 2019 Read time: 2 mins
Maturix concrete curing measurement system
Formwork specialist Paschal is now offering real-time concrete curing measurement using Maturix, a new system developed in Denmark.


Am ordinary inexpensive wire is permanently embedded into the concrete during pouring.

Concrete strength analysis and monitoring is carried out by wireless radio transmitters – this allows both improved planning and real-time monitoring independent of location and time, according to both companies.

The optimal time for dismantling formwork is determined. The user receives a convenient notification as soon as the target value has been reached or if there is too much difference in the internal temperature.

To guarantee the best possible concrete quality, the concrete temperature can be controlled and adjusted from any location by means of heating and cooling systems.

The Maturix software is a web-based application that can be accessed from anywhere.

When the concrete is cured and the formwork is to be moved, the wire is simply cut off close to the concrete face. A new wire is effortlessly installed into the measuring unit, ready to be embedded into a new pour as needed.

Applications for Maturix are many, says Rasmus Uhre, Maturix product manager. They include buildings, dams, bridges and even concrete roads.

Related Content

  • In control - with machine control technology
    June 21, 2016
    Advances with machine control technologies are providing major benefits right across the construction sector - Mike Woof writes With the massive bauma 2016 exhibition now having run its course, the construction sector look set to benefit from a range of new machine control technologies. These systems are being offered across a range of different segments in the equipment sector. Bulldozing was one of the first portions of the earthmoving segment to benefit from machine control systems, but a vast array o
  • Formwork plays a leading role in global infrastructure projects
    June 13, 2012
    New and highly regarded existing formwork systems have been used in major recent transport-related construction projects across the globe. Guy Woodford looks at some of their applications The multi-million dollar Mississippi River Bridge project in the United State is creating a vital new gateway between Illinois and Missouri. Central to the project is the realignment and reconstruction of Interstate 70 and a new landmark bridge, featuring two pylons projecting vertically from the Mississippi river bed w
  • Advances in concrete paving materials
    July 9, 2012
    Innovations in materials technology, as well as machines, could provide a major boost to the concrete paving sector - Mike Woof reports Development of new material technologies for the concrete paving sector continues apace and the latest innovations could provide the biggest boost for this market in many years. High performance cementitious material (HPCM) is an innovative concept that has been developed and tested for road surfacing applications as part of a project in which the UK's Transport Research La
  • New methods for non-destructive concrete testing
    August 29, 2017
    How best is it possible to assess the state of concrete in a road pavement, bridge deck or tunnel wall? One of the most reliable ways is to take a core of concrete from the structure to analyse and test in the laboratory. One downside to this method is that doing the test creates weak points in the structure that must then be repaired. Another is that the frequency of such cores cannot be too great – so it is possible that some problem areas will be missed. New technologies from the world of geospatial eng