What is a Thermal Shock Chamber?

Thermal shock chamber is designed to test the effects of thermal shock. Basically, there would be two containers, the first with an extremely cold liquid, and the second with an extremely hot liquid, and the changes would be automatically made in both containers. Both chambers would be used for testing the product. It is interesting that such high-profile testing is now possible with the help of a simple thermal shock chamber installed in your factory. Certainly, it is. Furthermore, there are some additional benefits associated with the same.

Thermal Shock Test Chambers are very cost-effective when compared to manually setting up an apparatus for this type of test. As a result, it would be wise to invest once in a thermal shock chamber rather than having to set it up every time you need to test a product like this, and the effort you would have to apply would also be counted.

Depending on the type of product that you will be testing, you can choose between two-chamber and three-chamber configurations. Generally, in manual setups, you would not be able to determine how much liquid would be sufficient without being an expert, but in thermal shock chambers, you will have a limit switch that will automatically determine the volume required. Consequently, your work would be considerably simplified.

Thermal Shock Chamber: Benefits

It is essential to conduct quality checks on products before discharging parts into manufacturing to ensure that they can withstand various environmental conditions. The cost of warranties and recalls will be reduced as a result. The testing of components may also be competitive since it contributes to the development of a more robust product. The component is now ready for consumer use.

Testing for reliability also helps customers meet their suppliers' fundamentals. The most common types of environmental testing are temperature and humidity.

Thermal Shock Chamber: Functions

A thermal shock absorber functions as follows:

Temperature Control

The chamber should be able to perform two functions in terms of temperature control: cooling and heating. Furthermore, it should also be capable of dispensing temperature uniformly inside the test compartment.

As a result of specific technical concerns about air distribution in the test compartment, a considerable amount of standardization of temperature values over time and throughout the chamber space can be achieved, thus ensuring that the same temperature is applied to all surfaces and parts of the product.

Generally, climatic chambers are classified based on two base temperatures. In the first stage, there is only one stage with a minimum temperature of -40°C. Secondly, there is the double-stage (cascaded) system with a minimum temperature of around -70°C.

A guide to choosing a thermal shock chamber

Their requirements are determined at the time of purchase.

• Impact temperature

• Test load

• Reset time

• Defrost time

• Sensor placement

Conclusion

A Thermal shock chamber is used to subject products to severe shocks by repeatedly and suddenly moving to low temperature areas from high temperatures, in order to identify defective parts or those which are dependent on infants.

Read more about Environmental Test Chamber and Humidity Test Chamber by Yatherm scientific manufacturer of scientific equipment.