In modern industry, high-temperature melt pressure sensors have become one of the indispensable equipment. They are hidden in the core components of the machine, working silently to ensure the efficient operation of the production line. In particular, high-temperature melt pressure sensors with 4-20mA signal output not only have extremely high anti-interference capabilities, but also can cope with extreme environments. How do these seemingly inconspicuous sensors play an important role in different industrial scenarios? Let's take a look through several real cases. 1. Accurate monitoring under high temperature conditions: the importance of material selection High-temperature melt pressure sensors need to provide stable measurement results under extreme conditions. This requires sensors to have not only excellent material selection but also precise design. For example, the sensors produced by Hochdruck in Germany are made of high-temperature resistant alloy materials and can operate in environments up to 350°C. This feature makes it popular in high-temperature scenarios such as plastic extrusion molding. For sensors that work under extreme conditions, the choice of material directly affects the stability and life of their performance. This high-temperature resistance is not just a theoretical description. In the plastic extrusion industry, such sensors are widely used to ensure that they can still provide accurate data under high temperature conditions. The design of this type of sensor usually takes into account that there will be no large material deformation at high temperatures, thereby maintaining accuracy
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