Methylphenyl silicone rubber is a rubber material with excellent high-low temperature resistance properties, so it needs to withstand the test of various high-low temperature environments in practical applications. High-low temperature resistance test is a common test method that can evaluate the physical and chemical properties of methylphenyl silicone rubber at different temperatures, including hardness, elasticity, tensile strength, elongation at break, fatigue life, chemical stability wait. These test results can help determine the applicable range of methyl phenyl silicone rubber under different temperature conditions, and provide a scientific basis for practical applications. The high-low Temperature Test Chamber can be used for the high-low temperature performance test of methyl phenyl silicone rubber.
experiment method
Samples made from methylphenyl silicone rubber should be cut to an appropriate size to fit the Test Chamber size of the high-low Temperature Test Chamber. Make sure the surface of the sample is clean and free of impurities.
Place the samples in the Test Chamber of the high-low Temperature Test Chamber so that they are evenly distributed and do not overlap.
According to the test standard, set the temperature and time of the test room. The temperature range can vary from -70°C to 200°C, and the test time can be as long as hours or days.
Start the high-low Temperature Test Chamber and wait for the test to complete. After the test is complete, remove the sample from the Test Chamber.
Observe the sample for changes such as hardening, cracking, or deformation. More detailed observations can be made using instruments such as microscopes.
According to the test standard, record the test results and compare with the standard requirements.
Through these steps, the high-low temperature resistance of methyl phenyl silicone rubber can be tested to determine whether it can meet the requirements of specific applications.
