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A growing field called high temperature electronics seeks to create semiconductor devices that can operate dependably at temperatures higher than 125 °C. Due to its strength and resistance to acids and impurities like mold and mildew, high-density polyethylene sheet is frequently used as a semiconductor material. Due to its adaptability and malleability, it can be utilized to produce plastic components and accessories that adhere to the strict standards for quality and purity set by the sector.
High-temperature plastics are normally categorized as materials with a continuous operating temperature range of over 250° F. (aka continuous service temperature).
Products like Vessel, Torelon, PEEK, Teflon, Medlin, Calzone, and Makor are examples of these materials. Some of these materials are more than 300 CST. The electrons and the atoms in a semiconductor gain energy as the temperature rises. The atoms move more vigorously and scatter more electrons as a result of the increased energy of the electrons. This happens in both semiconductors and common metal conductors.
The global semiconductor High temperature plastics market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
OMEGA announces the development of new, non-intrusive semiconductor temperature sensor technology. The newest iteration of OMEGA Engineering’s HANI Clamp-On Temperature Sensor is now available: the HANI Clamp Sensor, which is intended exclusively for plastic pipe applications.
The newest iteration of the HANI Sensor, which was previously only accessible for applications involving metal pipes, is currently the only industrial-grade, highly accurate, non-invasive temperature sensor available for use in plastic pipe applications. HANI Sensors, winners of numerous awards, swiftly and accurately gauge the media’s temperature inside a pipe without ever entering the pipe.
This entails no cutting, drilling, or use of epoxies. Most importantly, it implies no downtime. Additionally, there is no chance of contamination or drift due to sensor accumulation, wear, breakage, or corrosion because HANI Sensors never come into contact with the process media.
The HANI Sensor’s expansion to applications for plastic pipes furthers the development of this ground-breaking technology, which has been filed for a patent. According to OMEGA’s Director of Engineering, “Plastic pipes have relatively low thermal conductivity, making it challenging to attempt and read temperature through them.
” “HANI sensors do what few even imagined possible thanks to the unique algorithm we’ve created: they install as easily as a surface sensor while providing the high accuracy and high performance of a conventional immersion sensor. In addition to being the only non-invasive sensor on the market that can measure the temperature of media travelling through a plastic pipe, the HANI is now even more general in its use thanks to our newest model.
