In the field of material testing, high-temperature fatigue testing machines are the core equipment for evaluating the special environmental tolerance of materials, widely used in key industries such as aerospace, automotive manufacturing, and new energy. Many practitioners tend to fall into misunderstandings when selecting and using, so today we will use plain language to break down its core technology, application value, and selection points.
The high and low temperature tensile testing machine is a material testing equipment that integrates mechanical performance testing and temperature environment simulation. It is widely used for evaluating the tensile performance of metals, polymers, composite materials, etc. under harsh temperature conditions. To ensure the accuracy of test data and the safe operation of equipment, operators need to master the correct usage methods.
Recently, Fule Instrument successfully reached a cooperation agreement with Wanhua Chemical Group Co., Ltd., and the customized high-temperature and high-speed testing machine purchased for it has been successfully delivered. It will be fully applied to the high-performance research and testing of Wanhua Chemical's polymer materials and composite materials.
高温试验机到货以后,请不要着急使用,一定要仔细阅读说明书,尤其对于那些新手操作员来说,掌握好高温试验机的使用方法,这样才能够让后面的操作进行的顺利。
高低温拉伸试验机可以根据自身的结构和原理分成两种,分别是机械式和电子式,电子式是近年来开发的新产品,机械式属于传统的产品,因为电子式具备独特的优势,所以它的市场需求量在持续升高,特别是在各种实验的领域当中。
高温拉伸试验,指的是在室温以上高温下进行的拉伸试验,在进行高温拉伸试验的时候,试验人员除了要考虑应力和应变外,还应要考虑温度和时间两个参量,温度对高温拉伸性能影响很大,因此对温度的控制要求很严格
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