Corrosion & Environmental Testing Services

Corrosion & Environmental Testing Services

Corrosion is a single important factor that decides how long a material lasts in the real world, long after it passed every property check on day one. Corrosion and environmental testing measure how a metal, alloy, or coating degrades under salt, humidity, chemistry, and stress, and how well it resists them. MatX Lab runs chamber, electrochemical, and analytical methods to rank corrosion resistance, reproduce a service environment, or find the mechanism behind a corrosion failure. The work tells you whether a material will survive where it is going.

What Is Corrosion & Environmental Testing?

In this type of corrosion and environmental testing, it is evaluated how materials respond to corrosive and environmental exposure. Some methods accelerate real conditions in a chamber, such as salt spray and humidity cycling. Others measure corrosion directly, such as electrochemical polarization that gives corrosion rate and mechanism, or immersion tests that track mass loss. Together they rank resistance, reproduce service conditions, and explain why a material corroded.

Techniques We Offer

Corrosion work depends on matching the method to the environment and the failure mode, and we scope the right approach. Each technique below links to its own page.

Salt Spray (Fog) Testing

Accelerated corrosion exposure in a controlled salt-fog chamber to rank the corrosion resistance of coatings and alloys. It is the most widely specified corrosion screen.

Cyclic Corrosion Testing

To get accurate results alternating wet, dry, and salt cycles that reproduce real service conditions more closely than continuous salt spray.

Electrochemical Testing

Potentiodynamic polarization and impedance methods that measure corrosion rate and mechanism directly, including pitting, passivation, and susceptibility.

Immersion Corrosion Testing

Controlled exposure to a corrosive liquid to measure mass loss and the nature of attack over time, for ranking and qualification.

Stress-Corrosion and Cracking Tests

When both stress and a corrosive environment are combined, it is to assess susceptibility to stress-corrosion cracking and hydrogen-related cracking, critical in oil, gas, and pressure applications.

Humidity and Environmental Exposure

Temperature and humidity cycling that evaluates the environmental durability of materials, coatings, and assemblies.

Pitting and Crevice Corrosion Testing

Chemical exposure methods that rank the localized corrosion resistance of stainless steels and alloys, where general corrosion tests miss the risk.

When to Use Corrosion & Environmental Testing

Corrosion testing is the right call whenever service life in a hostile environment is the question.

• Qualifying coatings and platings for corrosion resistance.
• Comparing alloys for a corrosive service environment.
• Assessing stress-corrosion and hydrogen cracking risk.
• Reproducing field conditions to predict durability.
• Investigating a corrosion failure and its mechanism.

Materials & Industries We Apply It To

Corrosion testing applies wherever metals and coatings face a corrosive or weathering environment.

Materials: Metals & Alloys · Thin Films & Coatings · Battery Materials

Industries: Energy · Aerospace · Automotive · Manufacturing · Metals & Metalworking

Standards & Test Methods

Corrosion testing is heavily standardized, and your specification usually names the method. Where an applicable standard exists, testing is aligned to it and cited in your report. We align to the method your specification requires and document it.