Chloride Ion Penetration & Migration Meter Manufacturer

TBT-RCMP6 is used to determine the migration coefficient of the unsteady migration of chloride ions in concrete (NT Build 492, national standard and highway standard) to determine the resistance of concrete to chloride ion penetration and reflect the concrete's impermeability (compactness).

It consists of a diffusion coefficient tester host, a diffusion coefficient test fixture and a fully automatic vacuum water retention machine. The key components such as the power supply are imported with original packaging.

Equip with RCP specimen fixtures, TBT-RCMP6 can also do the chloride permeability according to ASTM C1202 Standard Test Method for Electrical Indication of Concrete’s Ability to Resist Chloride Ion Penetration.

The independently designed software and hardware have good compatibility, real-time data display, automatic storage, and automatic recovery after interruption; High precision, low energy consumption, durable and other characteristics; stable operation, safe and reliable.

NT Build 492, ASTM C1202

Color touch screen	10 inches
Temperature accuracy	0.2℃
Temperature resolution	0.1℃
Voltage accuracy	0.1V
Voltage resolution	0.01V
Current accuracy	0.1mA
Current resolution	0.01mA
Test channel	1~6 channels
Test time	6~96hrs or 4~168hrs
Test voltage	DC10~60V or DC30V
Overall dimensions of the host	450mm×360mm×235mm
Host power supply	220V±10%~50Hz
Diffusion coefficient solution box size	270mm×220mm×185mm
Diffusion coefficient sample holder tilt angle	25°
Rubber ring size	φ100×160mm (5mm thick)
Diffusion coefficient fixture electrode size	φ1.5×100mm (red copper)
Vacuum saturated water machine size	390mm×550mm×780mm
Effective volume	φ295×320mm (21.0L)
Experimental operation tutorial	3D animation (independent development)
Power supply for saturated water machine	220V±10%~50Hz
The fully automatic vacuum saturated water machine can quickly reach -0.096MPa (96% vacuum) in 3 minutes

Chloride Ion Penetration & Migration Meter TBT-RCMP6

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