High and Low Temperature Composite Salt Spray Test Chamber is made entirely of 304 stainless steel for both inner and outer chambers. It is a testing device capable of simulating various environmental conditions, combining the dual testing functions of low-temperature environments and salt spray corrosion. It is primarily used to evaluate the corrosion resistance and durability of materials, coatings, electroplated layers, etc., under different environmental conditions.

Features of the composite salt spray test chamber with low-temperature capability:

Low-temperature control: The device can simulate low-temperature environments, typically with a temperature range as low as -40°C or even lower, to meet specific testing requirements.

Salt spray corrosion: By spraying salt mist into the test chamber, it simulates corrosion conditions in marine or high-salinity environments to evaluate the corrosion resistance of products.

Composite testing: Combining low-temperature environments and salt spray corrosion, it enables a more comprehensive evaluation of product performance in complex environments.

High-precision control: The device typically employs an advanced control system to precisely regulate temperature and humidity inside the test chamber, ensuring the accuracy of test results.

Large-capacity design: Some devices feature a spacious testing area that can accommodate multiple samples, improving testing efficiency.

Application areas of the composite salt spray test chamber with low-temperature capability:

Automotive manufacturing: Used to evaluate the corrosion resistance of automotive components (such as car paint, electroplated parts, etc.) in low-temperature salt spray environments.

Aerospace: Used to test the performance of aircraft components in environments including low temperatures and high salinity.

Electronics and electrical appliances: Evaluates the corrosion resistance and durability of electronic product casings, connectors, and other components in low-temperature salt spray environments.

Metal materials: Tests the corrosion rate and corrosion patterns of metal materials in low-temperature salt spray environments, providing a basis for material selection and application.

Technical parameters and specifications:

AIPEI Technology offers customizable sizes such as 90/120/160, with dimensions available upon request:
90 = 900*600*500mm   (L* W *H)

120 = 1200*800*500mm  (L* W *H) 

160 = 1600*1000*800mm  (L* W *H) 

Test chamber temperature: 20°C to 60°C

Saturation bucket temperature: RT+10°C to 60°C 

Humidity range: 30% to 98% R.H

Salt spray settlement: 1 to 2ml/80cm2.h

Spray method:

1. Utilizes Bernoulli's principle to draw and atomize saline solution, ensuring uniform atomization without clogging or crystallization, guaranteeing continuous testing standards.

2. Nozzle: Made of special glass, adjustable for spray volume and angle.

3. Spray pressure: 70 to 170 Kpa

4. 40L large saline solution storage tank, enabling 48-hour continuous uninterrupted spraying.

User test modes: Configurable salt-dry-wet composite testing, salt spray test - wet test - wet test

Test chamber temperature: 40±2°C

Humidity: 93% to 99.999% or higher

Saturated air bucket: 47°C ±1°C

Dry test:

Temperature: 20°C to 60°C ±1°C

Humidity: 30% or higher

High and Low Temperature Composite Salt Spray Test Chamber is a powerful testing device capable of simulating various complex environmental conditions. During use, operational procedures and safety protection requirements must be strictly followed to ensure the accuracy and reliability of test results. For more information, please consult AIPEI Technology sales.