Electrochemical Corrosion and Wear Testing Machine

Standard

ASTM G119: A standard for evaluating synergistic corrosion-wear performance, particularly for biomedical implants in simulated body fluids.

ASTM G99: A pin-on-disc friction test method to measure material friction coefficients and wear resistance across industries like automotive and aerospace.

ISO 20808: A ball-on-disc test protocol for characterizing friction and wear behavior of monolithic advanced ceramics in precision engineering applications.

Product Advantages

Precision Dual-Mode Testing: Combines electrochemical corrosion analysis and friction-wear testing for comprehensive material degradation studies.

Real-World Simulation: Replicates combined mechanical stress and chemical exposure to accelerate performance validation.

High-Accuracy Measurements: 0.2% FS accuracy for load, friction, and corrosion data ensures reliable R&D decisions.

Flexible Configuration: Adjustable stroke, speed, and load ranges accommodate diverse testing protocols.

Compact Design: Space-efficient footprint (400×300×600 mm) with 50 kg weight for laboratory versatility.

Product Features

Electrochemical Corrosion Module:

Measures polarization curves and electrochemical impedance spectroscopy (EIS) in corrosive media.

Supports 300 ml electrolyte capacity for extended testing.

Friction-Wear Module:

Reciprocating sliding frequency: 0.1–5 Hz; adjustable stroke: 0.5–25 mm.

X/Z-axis travel: 0–40 mm (X) and 0–150 mm (Z) for multi-directional wear analysis.

Sample Versatility:

Lower specimen size: 30–80 mm; upper specimen: Ф4–Ф6 mm (ball/pin).

Ball sample reservoir: 120×90×50 mm for standardized testing.

Synergistic Testing: Simultaneous corrosion-wear evaluation for marine, chemical, and automotive applications.

Data Integration: Real-time friction (≤50 N) and corrosion metrics with CSV/Excel export.

Applications

Material Screening: Metals, polymers, and coatings for automotive, aerospace, and offshore sectors.

Coating Optimization: Evaluation of DLC, ceramic, and anti-corrosion coatings under combined stress.

Tribological Design: Lubricant and surface treatment development for bearings and implants.

Quality Assurance: Batch consistency testing for corrosion-resistant components.

Technical Parameters