Data center corrosion is one of the leading hidden causes of unplanned downtime and expensive hardware failures. Our professional data center corrosion monitoring and testing services help operators detect corrosive risks early — before they damage servers, storage systems or networking equipment. We combine Swiss-made sampling technology, global UPS shipping, and laboratory analysis in Switzerland to deliver reliable results according to ANSI/ISA-71.04-2013 (G1–GX classification using copper & silver reactivity).
Copper reactivity strip darkens upon exposure to corrosive gases or particles, offering an instant visual alert. Kit contents: Indicator Card, adhesive tab, and prepaid international return mailer for optional lab report.
Engineered to monitor environmental corrosion that can affect Mean Time Between Failures (MTBF). This durable PET card is suitable for deployment on IT racks in data centers, as well as in aerospace and maritime environments. Size: 50 mm × 70 mm. Fire rating: UL 94 HB. RoHS compliant.
Instant on-site detection of corrosive contamination on surfaces — first step in professional data center corrosion testing.
Our high-speed active air scanner generates a high-resolution 3D map of relative humidity and air temperature, revealing dangerous localized humidity hot spots. Even small variations of 2–3% RH can significantly accelerate corrosion and reduce MTBF.
Industry-standard corrosion classification (G1–GX) per ANSI/ISA-71.04-2013 — essential for warranty compliance and risk assessment.
Quantitative laboratory measurement of airborne corrosive agents: chlorides, sulfates, nitrates — critical for data center air quality control.
Real-time visual monitoring of corrosion and airborne particulate risks for proactive facility maintenance. Easily inspect sampler using your mobile phone’s built-in light.
Early quantitative detection of zinc whiskers before they reach dangerous lengths (>0.5 mm) and cause short circuits.
Detailed surface analysis of chlorides, sulfates, nitrates & pH — essential to evaluate long-term ionic corrosion risks on electronics.