Corrosion sensor technology innovation innovative product market more adaptable

Nowadays, more and more sensors have been used in various industries, and various technical issues have also been put on the agenda. Corrosion sensors have always been an obstacle to the development of the industry due to the problem of the lifetime of corrosion sensors. The UK’s successful technological innovation in developing anti-corrosion sensors is making up for corrosion. With the problem of short sensor life, this innovative product will have stronger market adaptability and lead future market orientation.

With the rapid development of science and technology in various fields, the application of sensors in all walks of life is also increasing. Therefore, the sensor application technologies in various fields are also being continuously strengthened. Examples are sensors that detect the early warning signals of corroded concrete. The previous corrosion sensors were mainly traditional optical corrosion sensors.

However, due to various technical reasons, it is also affected by the corrosive alkaline level of the cement, while various aspects of traditional sensors are not strong enough, resulting in a short life span, strengthening the tidal zone where seawater submerges part of the concrete carbon steel is very vulnerable to moisture The environment is threatened by corrosion and the damage to this sensor is even more severe.

Nowadays, in response to this situation, the British company has announced that it has developed a corrosion sensor that is more suitable for corrosion protection. This product is more adaptable than traditional corrosion sensors, has a longer life, and can withstand the challenges of being in a concrete environment for a long period of time, and can significantly increase the number of discoveries. The ability of concrete to corrode early warning signals enables it to monitor environmental conditions over a long period of time and issue an early warning when the corrosion threshold is reached.

According to reports, the key to the success of this long-lived corrosion sensor prototype lies in the monitoring of changes in the sensor sampling signal, which is used as an index of corrosion level, which means that an optical sensor made of polymer can be used. Sensors on the market today have a stronger ability to withstand the highly alkaline environment.

The new corrosion sensor has surpassed the original lifespan of only a few weeks, and is expected to reach several years of life, and if properly protected, even if the pH value exceeds 12, there is not much problem and it can maintain a relatively long life. The successful development of this innovative corrosion sensor will bring a new round of innovation to the entire sensor market, and a more adaptable sensor market will be more adaptable.