General higher concrete density with increased durability
Significantly lower capillarity and porosity
Lower efflorescence and a good, even surface
Improved workability and reduced finishing
Savings in additives, binders and water (particularly relevant for certification to ISO standards or EMAS)
Consulting in fine-tuning your formula
Comprehensive access to our latest know-how and expertise (special problem solving by collaborating in research projects)
Ever-increasing requirements and demands are being placed on the workability and durability of concrete.
Traditionally additives are used to achieve significant quality improvements, putting cost pressures on concrete manufacturers.
cwe offers a future-oriented, environmental and proven solution.
cwe uses an electrodynamic technique to treat the mixing water. Controlling the frequency and pulse patterns changes the behaviour of the ions and water molecules to create a positive impact on surface tension, viscosity and wetting behaviour.
Check out for yourself the impressive savings potential
for concrete production offered by our water conditioning system >>
Concrete sculpture on left made with normal mixing water, on the right made with conditioned mixing water.
The improved quality is not restricted to the surface:
Our system improves compaction and higher compressive strength with simultaneous lower capillarity and significantly reduced porosity.
Check out for yourself the impressive savings potential for concrete production offered by our water conditioning technology >>
Integrating the cwe system in your production process is easy. The only preconditions are that you have a water connection and an electricity connection.
Under laboratory conditions, using your formula and specifications, we produce trial concrete products using standard mixing water and conditioned mixing water. The differences in the course of the hydration process, he improved density and the savings potential specific to your production process are documented.
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Improved thixotropic properties despite less water