The LIB industry's Cyclic Corrosion Chamber is an advanced, programmable corrosion testing equipment that combines salt spray corrosion with precise control of temperature, humidity, and gaseous corrosives like SO2. It meets international standards such as ASTM G85 for cyclic corrosion testing.
The mechanical refrigeration system with an air-cooled condenser provides precise temperature control from +10°C to +90°C. Saturated air is preheated in a 31-liter barrel before entering the test chamber. The atomizer nozzle tower generates a consistent corrosive salt fog environment throughout the chamber.
Cyclic erosion testing reenacts reasonable natural introduction by substituting between diverse destructive conditions. This strategy gives more exact execution forecasts than single-environment testing.
The testing process typically includes:
· Salt fog exposure - Creating corrosive conditions
· Dry periods - Allowing salt crystallization
· Humid conditioning - Accelerating corrosion processes
· Ambient recovery - Simulating natural cycles
This comprehensive approach reveals how materials behave under varying weather patterns, temperature fluctuations, and humidity changes.
Model | SC-010 | SC-016 | SC-020 |
Internal dimensions (mm) | 800*1450*680 | 1000*1600*800 | 1000*2000*900 |
Overall dimensions (mm) | 2600×1400×1650 | 2750*1600*1800 | 3150*1600*2100 |
Interior Volume (L) | 780 | 1280 | 1800 |
Temperature Range | +10 ℃ ~ +90 ℃ | ||
Temperature Fluctuation | ± 0.5 ℃ | ||
Temperature Deviation | ± 2.0 ℃ | ||
Humidity Range | 30% ~ 98% RH | ||
Humidity Deviation | + 2%, - 3% | ||
Salt Fog Deposition | 1~2ml / 80cm2 · h | ||
SO2 Gas Control | Control and display volume of SO2 gas | ||
Cooling system | Mechanical compression refrigeration system | ||
Humidifier | External isolation, stainless steel surface evaporation humidifier | ||
Air Preheating | Saturated air barrel | ||
Spraying System | Atomizer tower and Spray nozzles | ||
Salt Fog Collected | Fog collector and fog measure cylinder | ||
Sealing | Pneumatic seal | ||
Controller | Programmable color LCD touch screen controller, Ethernet connection | ||
Air Circulation | Centrifugal wind fan | ||
SO2 Exhaust Device | NAOH tank | ||
Safety Device | Humidifier Dry-combustion Protection; Over-temperature Protection; Over-current Protection; Water Shortage Protection; Earth leakage Protection | ||
Material | Glass fiber reinforced plastics | ||
Standard Configuration | 8 round bars and 7 V-shaped grooves | ||
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SO2 Exhaust Device After test completed, click “ Exhaust” key to exhaust SO2 from test area to this NAOH tank. This dilutes SO2, to make workplace clean and safe. | Spraing Nozzle Quartz glass Salt spray nozzles are easy to clean and resistant to high temperatures, corrosion, and cloggin | Air Compressor Control The equipment needs a air compressor hole (diameter 13MM), air pressure balance system and water vapor separation system |
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Our chambers feature PT100 Class A sensors with sophisticated PID control systems. Temperature accuracy reaches ±0.5°C while humidity maintains ±2% RH precision. Salt deposition rates are carefully controlled at 1-2 mL/80 cm²·h, ensuring consistent test conditions.
The intuitive touchscreen controller supports up to 120 programs with 100 steps each. You can preset standard test methods like NSS, AASS, or CASS, saving time and reducing operator errors. Custom cycling sequences are easily programmed to match specific industry requirements.
We strictly follow ISO 9001 Quality Management Systems. All products carry CE certification and undergo third-party testing by SGS and TUV. This ensures international compliance, stable performance, and reliable operation for years.
Every Cyclic Corrosion Chamber includes a 3-year warranty with lifetime service support. Our 24/7 global assistance means you're never alone. If repairs aren't possible during warranty periods, we provide brand-new replacements at no charge.
Our engineering team excels in non-standard design and custom development. We create tailored solutions matching your specific testing requirements, delivering optimal results for every application.
The most challenging aspect of cyclic testing involves rapid transitions from 100% RH salt fog to 30% RH dry conditions. Our chambers feature forced air drying systems and precision dehumidification, enabling quick environmental changes without compromising accuracy.
Control interfaces come pre-loaded with major automotive and aerospace standards including VW PV 1210, GMW 14872, and SAE J2334. This eliminates programming time and ensures compliance with OEM requirements.
Chamber dividers utilize glass fiber strengthened plastic (GRP) or heavy-duty SUS316L stainless steel. GRP offers prevalent resistance to warm development and compression, keeping up auxiliary judgment through incalculable temperature cycles.
Salt shower spouts incorporate programmed cleaning cycles anticipating crystallization buildup. This guarantees steady splash designs and disposes of support downtime amid expanded testing periods.
High-accuracy temperature and stickiness sensors stand up to destructive situations whereas keeping up calibration steadiness. Sensors experience standard approval against traceable standards.
Since 2009, we've served over 60 nations over Europe, Asia, North America, and Africa. Our client list incorporates Apple, IBM, Amazon, Intel, SGS, TUV, CERN, BYD, Extraordinary Divider Engines, and Mercedes-Benz.
We keep up 29 worldwide operators with benefit centers in Malaysia, Canada, the Joined together Kingdom, and the Joined together States. Extra benefit centers are arranged for South America, Central Asia, and Russia by 2030.
Ready to enhance your corrosion testing capabilities? Our Cyclic Corrosion Chamber provides the reliability, precision, and flexibility your quality assurance program demands.
Contact us: ellen@lib-industry.com