Concrete Chloride Ion Penetration & Migration Tester – GAOTek

Description Overview GAOTek’s  assesses concrete resistance to chloride penetration using a controlled electrical field method aligned to NT Build 492 and national standards. It features a 10-inch color touchscreen host, multi-channel diffusion testing, and a vacuum saturation module for specimen preparation. Built with precision voltage/current controls and highly accurate sensors, the system offers robust and automated laboratory testing suitable for durability qualification. Complete with 3D animated tutorials and modular components, it supports seamless operation for research and QA workflows.   Features User Interface: Full-color 10″ touchscreen control for intuitive operation. Specimen Preparation Module: Integrated vacuum water-retention system achieving –0.096 MPa in under 3 minutes. Precision Instrumentation: Voltage resolution of 0.01 V / current resolution of 0.01 mA; accurate within 0.1 V and 0.1 mA Multiplexed Testing: Supports 1–6 channels simultaneously for efficient batch testing. Flexible Timing: Programs tests from 6–96 hours, extendable to 4–168 hours per test cycle. Built-In Tutorials: 3D animated guides for streamlined operation and user training. Sturdy Build: Premium imported components for optimal reliability and longevity.   Applications Measuring the chloride migration coefficient per NT Build 492, aiding in service-life prediction and material durability analysis. Use in laboratories focused on concrete durability, marine infrastructure, bridge engineering, and quality assurance programs. Ideal for research, civil infrastructure testing, and durability-driven mix design optimization.   Technical Specifications Touchscreen 10″ color display Temperature Accuracy/Res. ±0.2 °C; resolution 0.1 °C Voltage Accuracy/Res. ±0.1 V; resolution 0.01 V Current Accuracy/Res. ±0.1 mA; resolution 0.01 mA Test Channels 1–6 channels Test Duration 6–96 h standard; up to 4–168 h extended Voltage Input Range DC 10–60 V (or fixed 30 V) Host Dimensions 450 × 360 × 235 mm Specimen Fixture (Tilt) 25° angle Vacuum Saturator Power 220 V AC; achieves −0.096 MPa in ~3 min Saturator Dimensions/Vol. 390 × 550 × 780 mm; ~21 L volume Fixture Dimensions φ295 × 320 mm Power Supply (Host) 220 V ±10 %, 50 Hz Automation & Support 3D animated tutorials included