CORROSION CHAMBERS

X Series Cyclic Corrosion Chambers

For Labs That Need the Highest Level of Cyclic Capability
The X Series is designed for laboratories running the most advanced OEM corrosion standards; programs that demand rapid environmental transitions, full climate control, deep-cold capability, and exact repeatability across long qualification cycles. It is the system of choice when a lab requires a platform capable of executing the most aggressive ramps, humidity targets, and multi-step profiles.

Rapid Transitions, Intelligent Cooling, and Complete Environmental Control
Engineered for precision, the X Series can deliver fast temperature drops without the heat-dump penalties of external AC systems, preserving lab HVAC stability. When deep cold or freezing steps are required, optional mechanical cooling and LN₂ assist provide powerful controlled cooling performance. High-output heating, bubble-tower humidification, advanced airflow management, and full RH control support OEM-grade cyclic routines with tight environmental tolerances.

Modular, Upgradeable, and Built to Meet Any Standard
The X Series can be configured for virtually any cyclic methodology: automotive, aerospace, industrial, or custom. Options include mechanical cooling, LN₂, Advanced Climate Controls, oscillating spray bars, immersion tanks, independent solution feeds, SO₂ dosing, and more. With a PC-based control architecture for unlimited cycle creation, data logging, trending, and integration, the X Series adapts to evolving test requirements while maintaining uncompromising performance.

A Series Cyclic Corrosion Chambers

Accessible Cyclic Testing for Labs Ready to Go Beyond Qualification
The A Series is the ideal chamber for organizations that need more capability than continuous salt spray, but don’t require the advanced specialty testing. It’s the perfect step up for labs who want to evaluate corrosion in more realistic environments without moving into the high-complexity tiers of cyclic testing.

Cyclic Capability, Still Ready for Standard Salt Fog
Built on a durable fiberglass body with titanium heating and a bubble-tower humidification system, the A Series supports both classic salt fog exposures and a range of basic cyclic profiles. Operators can run fog/dry/spray transitions, timed humidity segments, and multi-step programs through a simple touchscreen interface, enabling consistent, repeatable test sequences that mirror real-world corrosion behavior.

Expandable Features for Growing Laboratories
The A Series can be upgraded with advanced RH control, independent solution tanks, lid lifters, external condensate collection, SO₂ exposure kits, and more; allowing labs to enhance capability as their testing needs evolve. For teams stepping beyond qualification but not yet ready for full CCT, the A Series provides exactly the right balance of performance, flexibility, and cost.

M Series Salt Fog Chambers

The Long-Standing Qualification Standard
This heavy-duty chamber is the backbone of professional corrosion laboratories. Its design traces back almost a century; a platform so widely used in industry and military labs that ASTM B117, ISO 9227, and countless regional and OEM standards were validated around chambers of this exact architecture. Before fiberglass became common, this metal chamber defined the qualification category, and it remains the proven, time-tested reference many labs still trust today.

Engineered for Stability, Built for Decades of Service
The M Series chamber is constructed from heavy-gauge steel, encapsulated in a custom polyurea coating. Its steel-and-water-jacket design provides exceptional thermal stability and uniformity—far more consistent than thin-wall or air-heated designs—ensuring tightly regulated exposure conditions during every test cycle. Standard Command Controls offer the same simple, durable interface used in qualification labs for decades, preserving continuity with historical data. Optional touchscreen systems bring modern programmability while maintaining core reliability.

The Proven Benchmark for Salt Spray Qualification
Whether you’re running ASTM B117, ISO 9227, or OEM-specific fog exposures, this chamber delivers the controlled environment that long-term corrosion work depends on. For teams that need reproducibility, compliance, and continuity with decades of established methodology, this is the reliable benchmark.

Mixed Flowing Gas (MFG) Chambers

Accelerated Corrosion for Electronics, Telecom, and High-Reliability Components
MFG chambers simulate years of atmospheric corrosion in weeks by blending controlled gas concentrations with humidity, temperature, and airflow. These systems are essential for electronics, connectors, PCBs, telecom hardware, and mission-critical assemblies.

Precise Multi-Gas Delivery
SO₂, NO₂, H₂S, Cl₂ and other gases can be delivered at tightly regulated ppb/ppm levels, ensuring uniformity and repeatability across the entire test volume.

Continuous Immersion Chambers

Constant Liquid Exposure for Materials & Coatings
Designed for applications requiring uninterrupted immersion, these chambers maintain a stable liquid environment for coatings, metals, polymers, and assemblies undergoing long-term exposure testing.

Controlled Temperature, Agitation, and Stability
Systems are configured with immersion heaters, RTD temperature feedback, and optional agitation to maintain consistent test conditions. Ideal for evaluating material performance under sustained liquid exposure without cycling.

Cyclic Immersion Chambers

Automated Wet / Dry Liquid Exposure Cycling
These systems repeatedly fill and drain the test chamber to create controlled immersion cycles, allowing evaluation of materials under intermittent liquid exposure conditions.

Dual-Tank Design with Programmable Control
Built with an upper exposure chamber and lower solution reservoir, cyclic systems use fill pumps, drain solenoids, and electronic counters to execute repeatable immersion sequences for durability and corrosion testing.

Multi-Gas Corrosion Chambers

Reproducing Aggressive Industrial Corrosive Environments
Multi-Gas chambers are designed for Kesternich-type corrosion exposures, where test specimens are subjected to controlled SO₂ atmospheres under temperature and humidity cycling. These chambers replicate harsh industrial and combustion-related environments used to evaluate coatings, metals, and assemblies for accelerated corrosion performance.

Controlled SO₂ Dosing and Repeatable Test Conditions
The system introduces precise SO₂ gas volumes into a sealed exposure space, followed by humidity and temperature conditioning to meet standards such as DIN 50018 and related test methods. Automated metering, purge cycles, and environmental controls ensure consistent, repeatable chamber conditions for qualification and comparative testing.