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).
Industry-standard corrosion classification (G1–GX) per ANSI/ISA-71.04-2013 — essential for warranty compliance and risk assessment.
Protect your uptime with BresleScan™ — the fastest way to detect corrosive salts in your data center. Using the industry-standard Bresle Test Method (ISO 8502-6/9), our unit delivers lab-accurate results in under 30 seconds. Stay within the safe threshold for technical environments by identifying any surface contamination above the critical 5 ug/cm2 (micrograms per cm2) limit instantly. This equipment is available for lease globally and is trusted by leading companies across the world.
Our high-resolution air scanner generates detailed histograms showing the distribution of relative humidity, temperature, and corrosive gases. Because minor fluctuations as small as 2–3% RH can accelerate corrosion and reduce MTBF, our precision mapping is critical for long-term hardware reliability. This equipment is available for lease globally and is trusted by leading companies across the world.
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.
Provides quantitative laboratory analysis of airborne corrosive agents—including chlorides, sulfates, nitrates, and pH levels—essential for maintaining stringent data center air quality standards.
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.
Test not only identifies zinc whiskers but provides comprehensive morphological data, including individual fiber lengths and aspect ratios (length-to-width). This allows for quantitative early detection before whiskers reach critical lengths (>0.5 mm) and risk causing electrical short circuits.
Detailed surface analysis of chlorides, sulfates, nitrates & pH — essential to evaluate long-term ionic corrosion risks on electronics.