Corrosion Testing Equipment  Manufacturers, Traders, Suppliers

It is one of the test equipments for “three-proof” (humidity and heat, salt spray, mold) of artificial climate environment, mainly used for researching the environmental adaptability and reliability of the products in machinery, national defense industry, light industry, electronics, instrumentation and other industries. Salt spray test chamber through the simulation of salt spray environment, to assess the corrosion resistance of materials or products.

Salt spray chambers are divided into two types: neutral salt spray and acidic salt spray, which comply with different standards and test methods. The neutral salt spray test complies with the GB/T2423.17 standard, while the acidic salt spray test complies with other relevant standards. These test methods are used to evaluate the corrosion resistance of materials or products in specific environments

Salt spray chambers are widely used in machinery, defense industry, light industry, electronics, instrumentation and other industries for studying various environmental adaptability and reliability. By simulating the salt spray environment, we can evaluate the performance of products in humid and corrosive environments to ensure the quality and durability of products

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A cyclic corrosion test chamber is a device used to test the corrosion properties of materials under simulated corrosion environmental conditions. It has the following characteristics and processes:
Corrosive media control: The cyclic corrosion test chamber can precisely control the composition, concentration and temperature of the corrosive media. Common corrosive media include acid, alkali, salt water and so on. By controlling the parameters of the corrosive medium, the effects of different corrosive environments can be simulated.
Circulation system: The circulation corrosion test box is designed with a circulation system, which can circulate the corrosive medium to ensure the full contact and function of the corrosive medium and the material to be tested. Circulation systems typically include components such as pumps, pipes and nozzles that produce a flowing corrosive medium.
Control accuracy: The cyclic corrosion test chamber is equipped with an advanced control system, which can achieve accurate control and adjustment of parameters such as temperature, concentration and flow rate. This ensures the accuracy and consistency of the test conditions for a reliable evaluation of corrosion performance.
Material compatibility: The cyclic corrosion test box is usually made of corrosion-resistant materials, such as stainless steel, glass fiber reinforced plastics, etc., to ensure the compatibility of the equipment itself to the corrosive medium and avoid the corrosion interference of the equipment itself.
Safety and stability: The cyclic corrosion test chamber has good safety and stability. The equipment is stable in structure and equipped with leak detection and alarm system, which can find and deal with leakage problems in time to ensure the safety of experimental operation.
Data recording and analysis: Cyclic corrosion test chambers are usually equipped with data recording and analysis systems that can record and monitor key parameters such as temperature, concentration and time during the test in real time. These data can be used for subsequent analysis and evaluation to help researchers understand the corrosion behavior of materials.
In summary, the cyclic corrosion test chamber features corrosion medium control, circulation system, control accuracy, material compatibility, safety and stability, as well as data recording and analysis. They are widely used in materials science, corrosion research, anti-corrosion engineering and other fields to evaluate the corrosion resistance of materials and develop corrosion protection measures.

A cyclic corrosion chamber (also known as a salt spray test chamber) is a device used to test the corrosion properties of materials and products in a simulated salt spray environment. The following are the possible technical parameters:
Volume: The internal volume of the corrosion tank, usually in liters (L).
Temperature range: The temperature range that the corrosion tank can control. Generally speaking, the temperature range of salt spray test is from normal temperature to high temperature.
Humidity range: The relative humidity range that the corrosion tank can control. Salt spray testing usually requires a high humidity environment, such as relative humidity of more than 95%.
Salt spray concentration: The concentration of salt spray produced by the corrosion tank. It is usually expressed as a mass percentage of sodium chloride (NaCl).
Salt spray deposition rate: The rate at which salt spray is deposited on the surface of the sample. It is usually expressed in hours per 100 square centimeters (h/100cm²).
Salt spray method: Spray method of salt spray in corrosion tank, such as mist spray or spray atomization.
Cycle mode: The cycle mode of the corrosion tank, which can be a periodic cycle or continuous operation.
Material: The construction material of the corrosion box, usually the material with good corrosion resistance, such as stainless steel.
Control mode: The control mode of the corrosion tank can be mechanical control or electronic control, including the control of temperature, humidity and salt spray concentration.
Timer: Whether the corrosion tank has a timer function to set the test time.
These parameters may vary by model and manufacturer, so it is recommended to refer to the technical specifications of the specific equipment and the information provided by the manufacturer when selecting a cyclic corrosion tank.

Corrosion cycle test chamber is a laboratory test equipment used to simulate different corrosion environments and cycle conditions, mainly used in the following areas:
Materials Science and Engineering: Corrosion cycle test chambers are widely used in the field of materials science and engineering. It can simulate the cycle conditions in different corrosive environments, such as salt spray, hot and wet, dry and wet cycle. Through cyclic testing in different corrosion environments, the corrosion behavior, corrosion rate and corrosion failure mechanism of the material can be evaluated, as well as the corrosion resistance of the material under different conditions.
Surface coating evaluation: Corrosion cycle test chambers are also commonly used to evaluate the corrosion resistance of various surface coatings. The performance of the coating in corrosive environment is affected by the cycle conditions, such as wet heat cycle, salt spray cycle, etc. By performing corrosion cycle tests, the adhesion, corrosion resistance, durability and life prediction of the coating can be evaluated to guide the selection and improvement of the coating.
Metal corrosion research: Corrosion cycle test chambers also have important applications in metal corrosion research. It can simulate different corrosion environment and cycle conditions, such as Marine atmospheric environment, industrial atmospheric environment and so on. Through cyclic testing, it is possible to evaluate the corrosion behavior, corrosion rate and corrosion mechanism of metal materials under different corrosion environments and cyclic conditions, as well as the impact on the material.
Automotive and Aerospace industry: Corrosion cycle test chambers are also widely used in the automotive and aerospace industry. It can simulate the performance of automotive or aerospace equipment under different corrosive environments and cyclic conditions, such as hot and humid environments, salt spray environments, etc. Through corrosion cycle testing, the corrosion resistance and life prediction of automotive and aerospace equipment can be evaluated to improve product design and material selection.
Electronic and electrical industry: Corrosion cycle test boxes are also widely used in the electronic and electrical industry. It is used to evaluate the performance of electronic products and electrical equipment under corrosive environmental and cyclic conditions. These tests can simulate the use of electronic products in humid, high temperature, salt spray and other environments to assess the corrosion resistance and reliability of the equipment.
In general, corrosion cycle test chambers have a wide range of applications in materials science, surface coating evaluation, metal corrosion research, the automotive and aerospace industries, and the electrical and electronic industries. They can simulate different corrosion environments and cycle conditions to assess the performance and durability of materials, coatings and equipment under these conditions. This helps to improve material selection, product design and quality control, improving product reliability and durability.