1. Introduction to Thermal Shock Resistance Tester

The thermal shock tester is a device specially used to evaluate and test the stability and durability of materials when they undergo rapid temperature changes. It simulates the extreme temperature changes that may be encountered in actual use, thereby helping researchers understand the comprehensive performance of the mechanical and thermal properties of materials under thermal shock.

2. Function and application

The thermal shock tester is mainly used for thermal shock performance testing of refractory materials. Refractory materials often face drastic changes in ambient temperature in industrial production, and the quality of this performance is directly related to the service life and production safety of the material. Through the test of the thermal shock tester, the thermal shock stability of refractory materials can be evaluated, providing an important basis for the selection and improvement of materials.

3. Operation characteristics

1) Manual control: The operator can manually set temperature change parameters such as temperature range, change rate, etc. according to the test requirements, and monitor and intervene during the test process.

2) Sample observation: The sample holder can be automatically flipped to a fixed position, which is convenient for the operator to conduct manual observation and evaluation.

3) Data recording: Equipped with a high-definition industrial camera acquisition system, it can take photos of the samples after thermal shock and save records for subsequent query and analysis.

4) Low failure rate: The design focuses on operational stability to ensure that the failure rate during the test remains at a low level.

4. Main technical parameters of thermal shock resistance test machine