Toys may have various problems in different temperature environments, such as deformation, cracking, embrittlement, fading, etc. Therefore, high-low temperature tests are required to test their tolerance. At high temperatures, toys may deform, soften or become brittle, while at low temperatures, toys may become more brittle. Through the high-low temperature resistance test, the reliability and durability of the toy under different temperature conditions can be determined, so as to ensure its safety and quality reliability in actual use.
application
Toys usually need to withstand the test of various environmental temperatures, such as during transportation, storage in warehouses, outdoors or in cars, etc. The high-low Temperature Test Chamber can conduct high-low temperature resistance tests on toys to test their performance and reliability in different temperature environments, so as to determine whether the toy is suitable for use in different environments.
experiment procedure
1. Prepare the toy and test box to be tested, and confirm whether the temperature range of the test box is suitable for the test requirements of the toy.
2. Put the toy into the test box, and heat or cool the test box to the test temperature.
3. Keep the temperature in the Test Chamber stable, it usually takes a certain amount of time to reach a steady state.
4. The test lasts for a period of time, usually ranging from a few hours to a few days, depending on the toy and test requirements.
5. After the test is over, return the Test Chamber to room temperature and take out the tested toy.
6. Evaluate and analyze the test results to determine whether the toy meets the design requirements and test standards.
