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This chamber accelerates corrosion using salt solutions or acidic salt solutions under controlled temperature and humidity conditions, replicating the damage that materials or products may sustain over time. It is designed to evaluate the resistance of materials and protective coatings to salt spray corrosion, compare the quality of similar protective processes, and assess the corrosion resistance of certain products.
Technical Specifications & Parameters
Gas Generation Method: Cylinder-based
Salt Spray Settlement: 1.0–2.0 ml/80 cm²·h
Test Duration: 0–999 H/M/S (adjustable)
Sample Holder: Adjustable tilt angle (15°–30°)
Chamber Structure
Shell Material: Inner and outer shells made of 6mm imported PVC plastic boards, molded under high temperature for enhanced durability. Seamless welding ensures a smooth, sturdy, and corrosion-resistant structure.
Transparent Cover: Made of high-impact transparent material for easy observation of test samples. A water-sealed design prevents gas leakage. The cover is angled at 110°–120° to prevent condensation from dripping onto samples.
Heating System: Water tank heating for rapid, uniform temperature distribution.
Included Accessories: SO₂ gas cylinder (1 bottle) and a steel cylinder.
Spray System: Features built-in glass nozzles for uniform fog dispersion via a conical diffuser, ensuring even salt spray distribution.
Salt Solution Preheating: The solution is stored in a hidden tank with a water level gauge, preheated before atomization for temperature stability.
Bottom Heating: Ensures uniform chamber temperature with titanium heating tubes for corrosion resistance and long service life.
Automatic Defogging Function.
Sample Rack: "V"-shaped groove + bar design, adjustable angle, high load capacity.
Safety Features: Dual overheat protection, low-water alarm.
Saturation Air Barrel: Utilizes Henry’s Law for precise humidity control.
Heating & Control System
Gas System: Reliable corrosion-resistant pipelines.
Control System
Exhaust System: Plastic centrifugal fan.
Safety Protections
The Sulfur Dioxide Salt Spray Test Chamber is also known as:
La cámara de prueba de niebla salina se utiliza para realizar pruebas de niebla salina corrosiva en las capas protectoras de componentes, piezas, componentes eléctricos y electrónicos, así como materiales metálicos y productos industriales. Su propósito es evaluar y determinar las capacidades de resistencia a la corrosión de estos materiales y sus recubrimientos. Estas pruebas son cruciales en diversas industrias para garantizar la longevidad y confiabilidad de los productos en desarrollo o fabricación, eespecialmente aquellos expuestos a condiciones ambientales adversas, como entornos marinos, entornos automotrices o aplicaciones industriales.
LEER MÁS
Salt spray testing utilizes saline or acidic saline solutions under controlled temperature and humidity conditions to accelerate the corrosion of materials or products, replicating the degradation they would endure over a specific period.
LEER MÁS
This composite salt spray testing machine features an exterior casing made of premium imported PVC plastic panels, offering a smooth, glossy finish that is corrosion-resistant, easy to clean, and leak-proof. The interior chamber is constructed with high-grade imported PP sheets, ensuring high-temperature resistance, superior strength, and no deformation. All auxiliary components are also crafted from corrosion-resistant materials.
LEER MÁS
This chamber accelerates corrosion using salt solutions or acidic salt solutions under controlled temperature and humidity conditions, replicating the damage that materials or products may sustain over time. It is designed to evaluate the resistance of materials and protective coatings to salt spray corrosion, compare the quality of similar protective processes, and assess the corrosion resistance of certain products.
LEER MÁS
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