Environmental Chamber | Climatic Chamber | Thermal Chamber | Salt Fog Chamber - LISUN

LISUN is the industry leader in the production of climate chambers that are built to conform to international requirements. In order to evaluate the functionality and dependability of various goods, including electronic components, automobile parts, aerospace components, and other items, performance and reliability testing is performed in climate chambers. The climate chambers offered by LISUN are created with the intention of conforming to international standards such as IEC, JIS, GB, and ASTM. This indicates that the chambers have been developed in such a way as to fulfill certain standards pertaining to performance, accuracy, and security. For instance, it may be required that the chambers maintain certain temperature and humidity ranges, provide accurate temperature and humidity control, and be constructed from materials that meet certain safety requirements. Additionally, the chambers may be required to provide accurate temperature and humidity control. In addition to being c

In order to get precise and trustworthy findings from a LISUN salt spray test chamber, its operation requires the completion of a series of stages. When using a LISUN salt spray test chamber, the following procedures should be adhered to in general: Before beginning the test, you need to make sure that the testing chamber is spotless, devoid of any debris or contamination, and ready for use. Make sure that the test specimens or samples are clean, dry, and free of any surface contamination before you begin preparing them. To prepare the chamber, first ensure that it is switched on, then adjust the settings for the temperature, humidity, and salt spray so that they correspond to the appropriate conditions for the test. In most cases, LISUN salt spray test chambers are furnished with a control system that enables quick and simple configuration and modification of the various aspects of the test environment. While the samples are being loaded: After loading the test specimens or samples

The ASTM-B117 standard is an internationally accepted benchmark for salt spray testing, and the LISUN salt spray test chamber was developed in accordance with this standard. This standard provides guidelines and requirements for conducting salt spray tests on materials, products, and components to evaluate their resistance to corrosion caused by exposure to salt spray or salt fog. The purpose of these tests is to determine how well a material, product, or component will hold up against exposure to salt spray or salt fog. When performing salt spray tests, the parameters that are to be used are those that are specified by the ASTM-B117 standard. These circumstances include the temperature, humidity, concentration of salt, and length of exposure. In addition to this, it offers instructions for the production of test specimens or samples, as well as techniques for assessing the test findings and performance criteria for estimating the corrosion resistance of the materials that are being

The LISUN salt spray test chamber is distinguished from those of competing brands in a number of important respects, including the following: LISUN ensures the reliability, accuracy, and consistency of its test findings by designing and constructing its salt spray test chambers in accordance with the ASTM-B117 standard. These chambers are used to conduct the salt spray tests. There is a possibility that certain other brands may not conform to this standard, which may lead to test findings that are inconsistent or inaccurate. Control systems: The LISUN salt spray test chambers are outfitted with sophisticated temperature and humidity control systems, which enable the test conditions to be accurately maintained during the duration of the test. There is a possibility that some other brands do not have control systems quite as sophisticated as these, which may result in changes to the testing circumstances over time. Salt spray generation: LISUN salt spray test chambers employ a method f

This particular kind of corrosion testing, known as the salt fog test with LISUN salt spray test chamber , attempts to replicate the results of extended periods of time spent in salty conditions. The procedure for carrying out the test is as follows: Prepare the test specimens or samples It is essential that the test specimens or samples be properly prepared before the actual test can be carried out. To guarantee that the samples are accurate representations of the final product, they must first be cleaned, degreased, and conditioned. Prepare the salt spray test chamber The LISUN salt spray test chamber must be prepared in accordance with the instructions provided by the manufacturer. This preparation must include the accurate installation of the salt spray generating and distribution systems. It is necessary to program the test settings into the control system of the test chamber. These test parameters include the temperature, humidity, and salt concentration. The unique needs of th

Salt fog chambers are used to evaluate the corrosion resistance of materials and coatings in a controlled environment. LISUN is a maker of salt fog chambers, which are used for this purpose. LISUN creates salt fog chambers in a variety of sizes so that they may test a broad variety of items and fulfill a variety of testing criteria. The corrosive effects of a salt-laden atmosphere, such as those seen in marine or coastal locations, may be replicated in LISUN's salt fog chambers, which have been built to conform to a number of industry standards such as ASTM-B117 and IEC 60068-2 and are used to perform corrosion testing. The chambers are made to offer a controlled atmosphere, and the specimens that are going to be examined are going to be subjected to a fine mist of salt spray solution inside of those chambers. Salt fog chambers are available from LISUN in a variety of sizes, ranging from walk-in models for big specimens and assemblies to bench-top units that are suitable for t

The size of the dust chamber that is necessary for your samples is determined by a number of different criteria, such as the size of the samples, the number of samples, the kind of dust that is being used, and the intended test conditions. Size of the samples: The needed minimum size of the dust chamber will be determined by the size of the samples. If the samples are of a significant size, it will be essential to use a dust chamber that is much bigger. The quantity of samples that need to be examined at the same time is another factor that will influence the size of the dust chamber that is necessary. If a significant number of samples are to be evaluated at the same time, it is possible that a more spacious chamber will be required. The kind of dust that will be utilized in the experiment is another factor that will determine the size of the dust chamber that will be necessary. For instance, bigger dust particles will need the use of a more extensive space in order to provide adeq