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Application of high-low Temperature Test Chamber in high-low temperature resistance test of aviation silicone rubber materials

Abstract: 高低温测试箱在航空硅橡胶材料的耐高低温试验中具有关键作用,能够评估这些材料在极端温度条件下的性能表现和耐久性。航空硅橡胶需要在复杂的环境条件下工作,如高速飞行和温度变化,因此必须进行高低温试验以验证其在高温和低温下的可靠性。在高温环境中,硅橡胶可能会变硬和老化,而在低温环境中则可能变脆。通过高低温测试箱,可以测试硅橡胶的物理、化学和机械性能,如拉伸强度、弹性模量和断裂伸长率,从而确定其在航空领域的使用寿命和可靠性。试验过程包括样品预处理、设定试验条件、记录性能指标,并根据结果进行产品改进。

The high-low Temperature Test Chamber is widely used in the high-low temperature resistance test of aerospace silicone rubber materials, and is used to evaluate the durability and performance of rubber materials in high temperature and low temperature environments.

The high-low temperature test box is used in the high-low temperature resistance test of aviation silicone rubber materials with picture 1

Aviation silicone rubber materials need to withstand complex working environments and stress conditions, such as high-speed flight, changes in atmospheric pressure, alternating low and high temperatures, etc. Therefore, high-low temperature resistance tests are required to verify their performance and reliability. In a high temperature environment, silicone rubber tends to harden and age, while in a low temperature environment, it may become brittle and lose its elasticity. Through the high-low temperature resistance test, the physical, chemical and mechanical properties of silicone rubber materials can be evaluated under various extreme temperature conditions, so as to determine their service life and reliability in the aviation field, and provide scientific information for the design and manufacture of related products data support.

experiment method

  1. According to the required test standards, prepare rubber material samples that meet the requirements of the standards.

  2. The sample is placed in a high or low temperature environment for pretreatment for a period of time to reach the temperature required for the test.

  3. Place the pretreated samples in the high-low Temperature Test Chamber, and set the test conditions, such as temperature range, lifting rate, test time, etc.

  4. Conduct tests according to test standards, record the physical and chemical properties of samples at different temperatures, such as tensile strength, elastic modulus, hardness, elongation at break, deformation, aging and other indicators.

  5. According to the test results, evaluate the performance and durability of the samples, and make product improvements and upgrades accordingly.

Beichao reminds you: The test standards for aerospace silicone rubber materials may vary depending on the application field and country/region, so you should carefully review the relevant test standards and specifications before conducting the test.

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