Solving customer problems with advanced analysis and "insight"! Introduction to thermal shock testing.
One of the environmental reliability tests, the "thermal shock test," is designed to accelerate degradation caused by thermal stress. It repeatedly applies rapid temperature gradients of high and low temperatures to the test specimen to evaluate the reliability and durability of products and components.
There are two types of thermal shock testing machines: air chamber type and liquid chamber type, depending on what is used to expose the test specimen to cold and heat. In the air chamber type, there are two subtypes: one where the basket holding the sample moves between cold and hot environments, and another where the sample basket is fixed and the temperature is switched between cold and hot using a damper.
The choice of which type of equipment to select depends on whether the equipment complies with testing standards such as JIS, the degree of thermal shock desired, and the suitable equipment that meets the sample size, quantity, and weight requirements.
**Features**
- Test that accelerates degradation due to thermal stress
- Evaluation of the reliability and durability of products and components
- Selection of suitable equipment that meets the degree of thermal shock, sample size, quantity, and weight
- Support for condition setting by experienced technicians even when test conditions are unclear
*For more details, please download the PDF or feel free to contact us.*
![[Construction Achievements] Inline Type High/Low Temperature Testing Machine / Thermal Shock Test](https://image.mono.ipros.com/public/product/image/139/2001039682/IPROS69797359658094523419.jpeg?w=280&h=280)
