Concrete moisture
SONO-M1 & SONO-M2
Classical procedures for measuring moisture are sometimes cumbersome and inaccurate. The technology of Time Domain Reflectometry (TDR) remedies here. A technology SONO-M1 takes use of to determine material moisture. The handy two-rod probe measures moisture in sand, gravel, expanded clay spheres and other aggregates. The hand-held meter HD2 and SONO-DIS are appropriate as connection for SONO-M1.
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SONO-WZ
The quality of fresh concrete is crucial for stability and lifetime of a concrete building. For this the parameter water and the W/C value are important factors to reach the requested quality. So far a sample had to be dried and be determined with protocols of the water content and W/C value. This process was complex and time-consuming. Learn how to make your life easier.
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HD2 MOBILE
What is the moisture in the delivered sand or grain? Is the moisture of your materials right for further processing? Check your quality on-site. With the handy two-rod probe SONO-M1 you measure moisture in sand, gravel, grit and other aggregates precisely.
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TRIME-ES concrete moisture
Traditional methods to measure concrete moisture are influenced by disturbances such as temperature and changing salinity. Also the long term stability of many sensors like humidity sensors is not guaranteed. In difference to those classical methods TRIME-TDR is characterized by a non-destructive, precise and long term stable measurement technology.
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SONO-MIX
SONO-Mix increases safety in producing fresh concrete. The device measures precisely the moisture as well as the radar-based conductance up to 50dS/m. The value allows conclusions on other parameters of the material composition like the content of cement or the propagation measure of fresh concrete. You avoid recipe failures and you control quality reliably.
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SONO-VARIO
Precise moisture and temperature measurement in bulk solids – even in applications that capacitive probes do not master.
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TRIME-T3/IPH54 borehole probe
IMKO is the first manufacturer of borehole probes based on TDR technology. The technology enables fast, reliable and non-destructive measurement of moisture depth profiles without radioactive radiation sources like with neutron probes. Borehole probes are ideal for applications with deeper drilling templates like in rocks, stones or concrete with up to 50m mounting depth and a borehole diameter of 54mm.
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SONO-ES Concrete
All traditional procedures to measure moisture in hardened concrete are strongly dependent on disturbance variables like temperature and volatile salinity. Long-term stability of many sensors like humidity sensors is also not guaranteed. In contrast to previous methods TRIME-TDR stands out by its non-destructive, accurate and long-term stable measurement technology.
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