Use:
This test equipment simulates corrosion testing in an artificial environment and is used to compare the quality of metallic materials with and without corrosion protection. It is suitable for rapid analysis of discontinuities, pores, and damage in organic and inorganic coatings. Furthermore, it can compare specimens coated with the same coating for quality control purposes. Salt spray testing is particularly useful for detecting discontinuities, such as pinholes and other defects, in certain metallic, organic, anodic, and conversion coatings.
1. The Neutral Salt Spray Test (NSS) is applicable to metals and their alloys, metal coatings (anode and cathode), conversion coatings, anodic oxidation coatings, and organic coatings on metallic materials.
2. The Acetic Acid Salt Spray Test (AASS) is particularly suitable for testing decorative copper + nickel + chromium, or nickel + chromium coatings; it has also been found to be suitable for testing anodic aluminum coatings.
3. The Copper Accelerated Acetic Acid Salt Spray Test (CASS) is suitable for testing decorative copper + nickel + chromium, or nickel + chromium coatings; it has also been found to be suitable for testing decorative aluminum coatings. It is suitable for testing anodic coatings on aluminum.
Note: Because the corrosion process is influenced by many factors, such as the formation of protective films, which vary greatly with the conditions encountered, there is rarely a direct correlation between resistance to salt spray and resistance to other media. Therefore, the test results obtained cannot be used as a direct guide to the corrosion resistance of the tested metal materials in all possible environments. Similarly, the performance of different materials in this test cannot be used as a direct guide to the corrosion resistance of these materials in service.
Product Details:
Major Specifications:
Product Name |
Vehicle salt spray test chamber |
Product Model | CZ-68250CD |
Nominal content | 68.25m3 excluding top sloping roof volume |
Inner box effective size (mm) | W3500×H3000×D6500 (excluding sloping roof height) Note: The inner box height does not include the top sloping height, the top sloping roof angle is 120°, the inner box height including the sloping roof total height is 4020mm |
External space (mm) | About W3700×H4500×D7600 |
Equipment entrance size (mm) | The width of the equipment entrance and aisle shall not be less than 2.5 meters, and the height shall not be less than 3 meters |
Solution tank size (mm) | Approximately Φ900×H 950, capacity 500L |
weight | About 4600kg |
Working noise | Less than 70db(A) (measured at 1m from the cabinet and 1.2m from the ground) |
Test environment conditions | Ambient temperature is +25°C, relative humidity ≤85%RH, and there is no sample in the test chamber (unless otherwise specified) |
Test chamber temperature range | 35~55℃ |
Saturated barrel temperature range |
45~70℃ |
Temperature control performance |
Temperature deviation: ±2.0°C
Temperature uniformity: ≤2°C Temperature fluctuation: ±0.5°C |
Test chamber heating rate |
RT→+70℃≤60 min |
Saturated barrel heating rate |
RT →+65℃≤60 min |
Test conditions |
NSS or AASS test temperature: 35°C, saturation barrel temperature: 47°C, spray time: 1 minute to 999 hours, adjustable; storage time: 1 minute to 999 hours, adjustable;
CASS test temperature: 50°C, saturation barrel temperature: 63°C, spray time: 1 minute to 999 hours, adjustable; storage time: 1 minute to 999 hours, adjustable; |
Salt spray drying conditions |
Test temperature: 35°C, saturated barrel temperature: 47°C, spray time: adjustable from 1 minute to 999 hours, test time: 1 minute to 999 hours.
Adjustable, followed by drying at 60°C, drying time: adjustable from 1 minute to 999 hours. The number of cycles: adjustable from 1 to 9999. |
Salt spray deposition |
1~3ml/h/80cm2 (collect for at least 16 hours and take the average value) |
Spray pressure |
70~170Kpa |
noise |
Less than 70db(A) (measured at 1m from the cabinet and 1.2m from the ground) |
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