The shoe material low-temperature flexural testing machine is a device used to evaluate the bending performance of shoe materials in low-temperature environments. Its principle is based on simulating the use of shoes under real low-temperature conditions. By bending the shoe materials in a low-temperature environment, it tests its durability and flexibility under cold conditions. The adjustable bending angle and frequency, as well as real-time monitoring and recording of shoe material changes, provide reliable data support for the design and manufacturing of footwear products.
This machine is used to test the cold resistance of finished shoes, rubber, plastic, soles, synthetic leather, etc. to understand the adaptability of materials or finished products to low-temperature climates or cold areas. This machine is made of stainless steel and can be equipped with various resistant fixtures. Different requirements apply.
Low-temperature environment simulation: The testing machine simulates the use of shoe materials in cold conditions, such as in winter or extremely cold areas, by controlling the low-temperature environment.
Folding mode: The testing machine can fold shoe material samples, simulate the bending deformation of shoe materials under low temperature conditions, and test its folding performance and flexural resistance.
Control system: The testing machine is equipped with a control system that can accurately control the temperature and test parameters to ensure the accuracy and repeatability of the test.
Data recording and analysis: The testing machine is equipped with a data recording and analysis system, which can monitor the test process in real time, process and analyze the test data, and obtain test results.
ASTM-D1790, D1593,1052, JIS-K6545, HB-T2877, CNS-7705, ISO 20344, GB/T20991-2007