Salt Spray Test Chamber LSSC-C13

The test duration varies depending on the material, coating, and industry standards. Common durations range from 24 hours to 1,000+ hours, with longer tests used for highly corrosion-resistant materials. Labtron chambers allow programmable test durations for precise evaluations.

Factors such as salt concentration, pH levels, temperature, humidity, spray uniformity, and test duration all affect corrosion rates. Labtron chambers maintain strict control over these parameters to ensure consistent and repeatable results.

Yes, Labtron Salt Spray Test Chambers feature adjustable racks and holders that allow multiple samples to be tested simultaneously, optimizing efficiency and reducing testing time.

Salt Spray Testing provides continuous exposure to a saline mist, while cyclic corrosion testing alternates between different environmental conditions like humidity, drying, and salt spray to better simulate real-world corrosion effects. Labtron offers solutions for both test methods.

Labtron chambers require deionized (DI) or distilled water to prevent contamination and ensure accurate test results. Using tap water can introduce minerals and impurities that may affect corrosion rates.

Yes, while primarily used for metals and coated surfaces, Labtron Salt Spray Test Chambers can also test plastics with protective coatings, composite materials, and polymer-based components to evaluate coating adhesion and resistance.

Yes, Labtron chambers include a built-in drainage system to safely dispose of used salt solutions after testing. Proper waste management ensures compliance with environmental safety regulations.

Labtron chambers feature digital controllers, data logging systems, and optional USB or Wi-Fi connectivity to record key parameters like temperature, humidity, and fog fall rate for real-time monitoring and report generation.