Simulated ocean salt spray environment testing machine

The salt spray chamber simulates natural environments such as salt spray, hot air drying, humidity, and low temperature to conduct accelerated corrosion tests on test products.

Salt spray chamber is mainly used for testing auto parts, aviation equipment, building materials, coating materials, electroplating materials, metals, etc.

Features

Applicable to various test specifications such as salt spray and copper acetate.

Hidden integrated refill bottle, easy to clean and operate.

Unique pressure barrel design to solve the problem of water shortage.

Solid structure, not easy to deform.

Grade A PVC material resistant to high temperature, high humidity and high corrosion.

Standards

GB/T 10125、GB/T 12000、ASTM D117 、JISZ2371

Simulated Marine Salt Spray Test Chamber

The simulated marine salt spray test chamber is a device specifically designed to test the corrosion resistance of metal materials and coatings. It simulates the conditions of salt spray (salt content brought by sea breeze) commonly found in marine environments and accelerates the corrosion process of metal parts, making it widely used in industries such as automotive, aerospace, electronics, and hardware manufacturing to ensure the long-term performance of these materials under harsh environments.

1. Salt Spray Corrosion Simulation

• The test chamber uses a spraying device to atomize saltwater into salt spray, simulating the corrosion conditions in marine environments. By accelerating the exposure to salt spray, manufacturers can test the corrosion resistance of metal parts and prevent material corrosion issues in real-life applications.

• The salt spray environment replicates conditions with high humidity and salt concentration, especially suitable for accelerating corrosion tests of metal components that are exposed to sea air and seawater.

2. Temperature and Humidity Control

• The test chamber is equipped with a precise temperature and humidity control system that simulates real marine environments. This control system typically maintains the temperature range between 35°C to 50°C and ensures stable humidity levels to maintain the reliability of the salt spray environment.

• By controlling the temperature and humidity, the test chamber can accurately reproduce the exposure conditions, ensuring the reliability and consistency of the test results.

3. Adjustable Salt Spray Concentration

• The salt spray concentration can be adjusted according to the testing standards, such as ASTM B117, JIS, ISO, and others.

• Users can set the salt spray concentration based on different testing requirements to meet various industrial standards and environmental simulation needs.

4. Uniform Salt Spray Distribution

• The chamber is designed to ensure even distribution of salt spray, which is crucial for testing the overall corrosion resistance of metal surfaces. Uniform spraying ensures that each test sample is exposed to the same corrosive environment.

• The salt spray spraying system ensures consistent exposure for each sample, improving the accuracy of the test.

5. User-friendly Control Panel

• The test chamber is equipped with a digital display and an intuitive control panel, making it easy to operate. Users can easily set testing time, temperature, salt concentration, and other parameters.

• Through the control panel, operators can quickly start or stop the test, adjust the experimental conditions, and monitor the progress, ensuring smooth operation.

6. Testing Duration and Monitoring

• The chamber provides flexible testing durations, ranging from several hours to several days, depending on the product's usage requirements. It can conduct accelerated long-term corrosion tests to help predict the corrosion behavior of materials over extended use periods.

• The testing time can be customized to simulate corrosion environments over different periods of use, helping manufacturers simulate product longevity.

7. Safety Features

• The test chamber is designed with various safety features, such as over-temperature protection, automatic fault shutdown, and emergency stop buttons, ensuring operator safety.

• The chamber also has an efficient ventilation system to prevent harmful gases from accumulating, ensuring safe operation.

1. Automotive Industry

• In the automotive manufacturing sector, salt spray testing is an important method for evaluating the corrosion resistance of automotive components. Parts such as chassis, bodywork, and engine components, which are frequently exposed to saltwater and moisture, must undergo salt spray testing to ensure their durability and long-term appearance.

• By conducting these tests, manufacturers can identify vulnerable parts and improve coatings or materials to enhance the overall corrosion resistance of the vehicle.

2. Aerospace Industry

• Aerospace materials, particularly parts used in aircraft, must be able to withstand corrosion caused by salt spray in marine environments. The salt spray corrosion test chamber is used to assess the corrosion resistance of these parts in such environments, ensuring their safety and reliability in harsh conditions.

• Components such as airplane bodies, engines, and landing gears often undergo salt spray testing to ensure they are not affected by corrosion during extended flight periods.

3. Electronics Industry

• In electronics, metal contacts and enclosures may be exposed to humid or outdoor environments, and salt spray corrosion tests help evaluate the corrosion resistance of these metal parts, ensuring the long-term stability of the products.

• Devices like mobile phone casings and electronic connectors need to undergo salt spray testing to verify their lifespan under salt spray conditions.

4. Hardware and Fastener Industry

• Fasteners such as screws and nuts are often exposed to moist and corrosive environments, and salt spray corrosion testing helps evaluate their resistance to corrosion, ensuring proper functionality in various settings.

• By conducting these tests, manufacturers can improve materials and surface treatments for fasteners, enhancing their corrosion resistance and durability.

5. Construction and Marine Industries

• Metal structures in the construction industry, as well as marine parts exposed to seawater, are prone to corrosion over time. The salt spray corrosion test chamber can simulate marine corrosion conditions to assess the corrosion resistance of these metal materials.

• In offshore platforms, ships, and other marine equipment, the corrosion resistance of metal materials is crucial for ensuring equipment safety.

6. Consumer Goods Industry

• Consumer products that are exposed to outdoor environments, such as outdoor furniture or sports equipment, also need to undergo salt spray corrosion testing to ensure their corrosion resistance and longevity.

• Manufacturers in the consumer goods industry can improve surface coatings based on salt spray testing results, ensuring the products maintain good appearance and functionality in various climatic conditions.

The simulated marine salt spray test chamber is an essential tool for evaluating the corrosion resistance of metal materials and their coatings. By simulating marine salt spray conditions, it helps manufacturers accelerate the corrosion testing process and ensures that metal parts perform reliably over time in harsh environments. Its applications span across industries such as automotive, aerospace, electronics, hardware, and more, assisting companies in improving materials and product designs to enhance durability and quality. The chamber’s precise temperature and humidity control, adjustable salt spray concentration, and uniform spraying function ensure accurate and reliable test results, making it an invaluable tool in product research and quality control.