13 - CORROSION RESISTANCE TESTING

Over 9 professional standards.

Advanced Corrosion Resistance Validation

Our corrosion testing laboratory provides comprehensive salt spray testing with temperature and humidity cycling up to 80 °C and 95 % RH using a 5 % sodium chloride solution. Multiple corrosion chambers from Leibisch, Vötsch, and Q-Lab with volumes ranging from 400L to 1103L accommodate samples in spaces up to 1440 x 800 x 740 mm. We ensure homogeneous testing conditions regardless of sample position and offer continuous monitoring capabilities for powered components throughout the testing cycle.

Enhanced Monitoring & Custom Test Integration

We provide detailed post-test evaluation with visual and equipped monitoring systems and precise sodium chloride concentration management. Our facility supports high-voltage testing up to 1500 V, CAN/CAN-FD control systems, and active cooling/heating line simulation. Custom tools enable advanced test applications including specialized air inlet/outlet configurations and sophisticated sample and sensor infrastructures. All testing complies with comprehensive standards including ISO 9227, IEC 60068-2 series, ASTM B117, and numerous OEM specifications.

SCOPE

Neutral salt spray tests with temperature and humidity cycling up to 80 °C and 100 % relative humidity
5 % Sodium chloride
Test execution with fully powered and monitored samples
Homogeneous environment

EQUIPMENT

Corrosion chamber Leibisch SKB 400 A-TR
Condensation chamber Leibisch K 400 M-TR
2 × Corrosion chamber Vötsch SC/UKWT 1000
Corrosion chamber Q-Lab CRH 1100 HSC
Test space volume: 400 l – 1103 l
Maximum test space dimensions: 440 mm × 800 mm × 740 mm
Temperature range: up to 80 °C
Relative humidity range: up to 100 % RH
Saltwater tank volume: up to 180 l

BENEFITS

Visual check after tests using Tiyo setup or equipment provided by customer
Sodium chloride concentration management
Advanced DAQ for sample parameters monitoring
Power supply up to 1500 V
CAN control and commanding systems – CANoe / CAN-FD
Active cooling/heating systems simulated real car water active cooling
Unique tools for advanced test applications integration to standard test procedures, such as: air inlet/outlet, sample cooling lines, sample and sensors cable infrastructure, a.o.

STANDARDS