Electronic Programmable Salt Spray for Test Equipment Stainless Steel 220V Continuity Duty Cycle ASTM Standard for Air Lab
Accelerated Corrosion Testing Methodology Salt spray corrosion evaluation employs two approaches: natural exposure and controlled laboratory simulation. Our test chambers utilize advanced machine simulation to generate precise salt fog environments. Testing duration directly correlates with material corrosion susceptibility - extended exposure reveals higher vulnerability. Critical parameters ensuring result accuracy include:
Chamber temperature/humidity control
NaCl solution concentration (typically 5% ±1%)
Specimen orientation (15°-30° recommended)
pH stability (6.5-7.2 for NSS tests)
Consistent spray deposition (1-2ml/80cm²/hr)
Atomization methodology (nozzle type, pressure)
Main technical parameters :
Internal Dimension W*H*D(mm)
1200*1000*500mm
External Dimension W*H*D(mm)
2050*1250*1400mm
Lab Capacity(L)
108
Temperature Range::
35°C~55°C
Enter./Inter.Material
P.V.C&P.P
Compressed Air Pressure(kgf)
1.0-6.0
Weight(kg)
68
Power Source
220V 60/50HZ
Engineering Advantages • Precision Atomization - Tower spray system with ceramic nozzles ensures uniform fog distribution • Dynamic Parameter Control - Real-time monitoring of temperature, humidity, and deposition rates • Enhanced Visibility - Full-scale viewing window with anti-fog technology • Zero-Contamination Design - Triple-sealed gaskets prevent salt fog leakage • Automated Cycle Management - Programmable test sequences with data logging
Manufacturer Assurance Guangdong-based ISO-certified producer since 2018
Our simulation technology outperforms basic salt box methods by replicating real-world corrosion through controlled air exposure and uniform spray distribution - delivering 92% faster correlation to actual field performance.
Global Logistics: Supports FOB, CIF, DDP, and 12 other INCOTERMS
Payment Flexibility: Accepts T/T, L/C, PayPal, and 7 major currencies
Industry Applications Validates corrosion resistance for: