Salt Fog Chamber

Salt fog test chamber is utilized to evaluate the ability of materials to resist corrosion caused by salt spray. The chamber is designed to expose the specimens to a controlled environment of highly corrosive salt fog or salt aerosol. It is used to test a variety of metallic and non-metallic materials, including metals, plastics, paints, coatings, and sealants.

Specification 

Meeting standards: IEC 60068, ISO 9227, ASTM B287, ASTM G85 A1, ASTM B368, JISZ 2371, DIN 50021, not limited to.

Complied Tests:

Neutral Salt Spray Test (NSS)

Acetic Acid Salt Spray Test (AASS)

Copper Accelerated Acetic Acid Salt Spray Test (CASS)

Climatest Symor® Salt fog Chambers feature:

Salt fog Chamber is designed to provide a controlled and repeatable environment, for testing corrosion resistance of components or materials. The cabinet provides accurate temperature & humidity control, as well as uniform spray of saline solution. It also comes with a range of features, including:

• Digital display: To monitor and control temperature, humidity, and salt spray output.

• Corrosion-resistant structure: Salt Fog Chamber is typically constructed from corrosion resistant materials, such as PP or PVC.

• Tower-type spraying nozzle: A special glass nozzle dispenses a fine mist of salt solution onto the test specimens, 4000 hours continuous spraying withour crystallization.

• Safety protection: Salt Fog Chamber has safety devices, such as over-temperature protection, automatic shut-off systems to ensure safe and reliable operation.

What does Salt fog Chamber do?

A Salt fog Chamber can simulate the corrosive effects of salt water on materials. Specimen are exposed to a mist of salty water, which is then allowed to dry and form a salty film on the surface. The specimen is then placed in a humidity-controlled environment to allow the salt to continue to corrode the surface of the specimen and to observe the effects of the corrosion. This type of testing is able to evaluate the corrosion resistance of materials in a marine environment.

The test helps to determine the ability of materials to resist corrosion in different environments. It is also used for evaluating the effectiveness of protective coatings and finishes applied to materials. It is a very important test in industries where corrosion protection is essential.

How to use Salt fog Chamber?

To use salt spray testing, the sample material is first mounted on a specimen holder in a salt spray chamber. The chamber is then filled with a salt solution and the sample is exposed to the salt solution for a certain period of time. During this exposure, the sample is tested for the appearance of corrosion or other signs of degradation. If corrosion occurs, the severity and type of corrosion can be determined. The results of the salt spray test can then be used to evaluate the effectiveness of a corrosion protection system.

Benefits from Climatest Symor® Salt fog Chamber

The benefits that you can get from Climatest Symor® Salt fog Chamber include:

1. Ensuring product reliability: This type of testing allows manufacturers to ensure that their products can withstand extreme temperatures, which can help ensure the quality and reliability of their products.

2. Improving product safety: Temperature shock testing can help to reduce the risk of product failure due to sudden temperature changes, which can lead to improved safety for both users and the environment.

3. Cost saving: By testing products in a temperature shock chamber, manufacturers can save money on product testing, as they can test many products at once and use fewer resources in the process.

4. Increasing customer satisfaction: By ensuring that their products meet quality and reliability standards, manufacturers can increase customer satisfaction, leading to increased sales and profit.

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