Atmosphere corrosivity classes
Classify environments from low to extreme based on humidity, temperature, sulfur dioxide, and chloride levels.
Overview
Quantify environmental corrosivity & metal impact
We provide precise monitoring and assessment of environmental factors that contribute to atmospheric corrosion, measure metal degradation over time, calculate impact from collected data, and deliver transparent reporting with tailored prevention strategies to extend asset life and reduce maintenance costs.
ISO/IEC 17025:2017 accredited practices and reporting.
Planning & decisions
Maintenance schedules & protection strategies
Material selection & coatings
Support cost-effective material selection, protective coatings, and preventive maintenance planning.
Service-life estimation
Estimate long-term durability in corrosive atmospheres for infrastructure, transportation, and energy sectors.
Methods & protocols
Real-world exposures & standardized procedures
Corrosion rate measurement
Expose steel, zinc, copper, and aluminium coupons to specific conditions; validate corrosivity categories and assess performance.
Duration & cleaning
Assess mass loss over a specified period—typically one year—using consistent prep, positioning, cleaning, and weighing.
Calculations & transparency
Standardized calculations and structured reports ensure reliable, comparable results.
Pollutants & environment
Quantify atmospheric pollutants and environmental conditions to inform prevention measures and selection.
Why this matters
Consistent, decision-ready data
Validate classifications
Confirm corrosivity categories using standardized exposures and measurements.
Meet durability targets
Ensure materials and coatings meet required durability standards.
Reduce risk & cost
Inform maintenance schedules and corrosion prevention for long-term reliability.
Get in touch
Talk to an expert
Share site location(s), exposure conditions, and target materials. We’ll confirm monitoring plan, coupon matrix, and reporting.