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TAISUO Technology was founded in 1992, and is a professional MI or Assembled Thermocouples/RTDs Sensor manufacturers and MI or Assembled Thermocouples/RTDs Sensor factory, A new professional invisible champion enterprise dedicated to the research and development, production, sales and service of thermal management technology. It has been focusing on the industry for 30 years. Taisuo has dozens of utility model and invention patents. The company has professional and rare technical control in the field of temperature and thermal management, such as "heating and cooling, temperature sensing, transmission control, special signal processing" and other multi-dimensional technical challenges, which can be used for auto parts, energy, petroleum, military industry, thermoelectricity , chemical industry, nuclear power, medicine and other industries to solve technical problems of temperature control equipment. We specialize in wholesale MI or Assembled Thermocouples/RTDs Sensor etc.
As a long-term cooperative supplier, Teso Technology has gradually spread its footprints all over the world and has continuously refreshed its transformation goals in industry segments, becoming a leading company in the temperature and thermal management segment.


  • A multi-point oil well temperature sensor
  • An integrated oil well heating cable with continuous monitoring
  • An armored cable integrating heating and movable armored thermocouples
  • A high temperature resistant integrated underground heating cable
  • A heating cable with variable power in the length direction and a three-phase integrated heating cable
  • Automatic correction device for pipe forming
  • A multi-point temperature measurement oil well heating cable
  • A multi-point oil well temperature sensor
  • A convenient thermocouple calibration polarity extension connector
  • A workpiece transmission photoelectric detection signal stabilizer
  • Explosion-proof tank liquid level intelligent detection control alarm device
  • High temperature corrosion resistant armored temperature measuring cable

Industry Certification

  • Zhejiang Province Small and Medium-sized Science and Technology Enterprise Certificate
  • Yuyao Engineering Technology Center Approval Document
  • Teso thyristor voltage regulator control software copyright registration certificate
  • Quality management system certification
  • Certificate of conformity
  • Production certification certificates for armored cables, temperature sensors, and heat-resistant pipe midsections
  • Market share ranking in 2022
  • High-tech Enterprise Certificate
  • environmental management system certification
  • Occupational Health and Safety Management System Certification Certificate
  • Carbon fiber composite material testing report

News Centerr

MI or Assembled Thermocouples/RTDs Sensor

In the context of the rapid development of modern technology, continuous innovation in temperature measurement technology has become the key to the pursuit of precise control in all walks of life. Among them, the 131 series thermocouple sensor, as an advanced temperature measurement equipment, has gradually become a temperature monitoring tool in various fields with its sophisticated technology and unique design. This article will conduct an in-depth study of the advanced technology, high-performance characteristics, and applications and prospects of the 131 series thermocouple sensors in different fields.
The 131 series thermocouple sensors are different from traditional products in that their advanced technology is demonstrated in precision welding processes and material selection. By using high-temperature alloy materials, this series of sensors achieves reliable operation under extreme temperature conditions, while precision welding technology ensures high accuracy and stability of the sensor.
In terms of manufacturing process, the 131 series thermocouple sensors pay attention to every detail. Micro-machining technology is used to ensure the uniformity and integrity of metal conductors. This advanced manufacturing process not only increases the service life of the sensor, but also provides it with a wider application field.
The working principle of thermocouple sensors is based on the thermoelectric effect, which generates an electric potential difference at the junction of two different metal conductors. This electric potential difference is linearly related to temperature. The 131 series sensor achieves high-precision measurement of temperature by accurately measuring this potential difference, providing users with reliable temperature monitoring data.
The 131 series thermocouple sensors provide a variety of models, such as K type, J type, etc., to meet the temperature measurement needs in different fields. Different models of sensors vary in applicable temperature range, corrosion resistance and mechanical strength, making them ideal for applications in many industries.
In industrial environments, the wide range of applications of 131 Series thermocouple sensors provide critical temperature monitoring data for production processes. Its high precision and stability perform well under extreme conditions such as high temperature and high pressure, ensuring the controllability of the industrial manufacturing process and improving production efficiency.
In the field of scientific research experiments, thermocouple sensors are one of the indispensable instruments. The high sensitivity and excellent performance of the 131 series sensors provide reliable data support for scientific research in physics, chemistry and other fields. Its robustness and accuracy in laboratory settings make it a valuable assistant for scientists.
In the field of medical equipment, the application of 131 series thermocouple sensors is reflected in body temperature monitoring equipment. Its high sensitivity and high precision ensure the accuracy of body temperature measurement and provide important data support for medical diagnosis. In the food industry, its compliance with hygiene standards makes it ideal for ensuring food processing and storage.
With the continuous development of science and technology, the 131 series thermocouple sensors are expected to usher in more technological innovations. Advances in materials science, electronic technology and other fields will provide more possibilities for the application of sensors in wider temperature ranges and more complex environments. In the future, we can expect 131 series thermocouple sensors to play a more important role in various industries.
Overall, the 131 series thermocouple sensors have made remarkable achievements in the field of temperature measurement with their advanced technology, high performance and diverse models. From industrial control to scientific research, to medical equipment and the food industry, the 131 series sensors not only provide high-quality temperature monitoring data, but also continue to promote the innovation and development of the entire temperature measurement technology. It is expected that with the evolution of technology, the 131 series thermocouple sensors will continue to provide more advanced and reliable temperature measurement solutions for various industries in the future.