Custom temperature sensors are widely used in industrial equipment, home appliances, automotive systems, HVAC equipment, medical devices, and electronic products. For OEM manufacturers, selecting the right sensor involves more than choosing a temperature range or resistance value.

Choosing between an NTC thermistor and an RTD temperature sensor is an important decision for equipment manufacturers, engineers, and industrial buyers. Both technologies measure temperature through changes in electrical resistance, but they differ in sensing materials, temperature ranges, accuracy characteristics, response behavior, and integration requirements.

When selecting an industrial temperature sensor, many buyers ask whether a PT100 is a thermocouple or an RTD. Although both PT100 sensors and thermocouples are widely used for temperature measurement, they work based on completely different principles.

RTD sensors are widely used for accurate temperature measurement in industrial automation, HVAC systems, process equipment, and laboratory applications. The wire used for an RTD sensor plays an important role in signal transmission, measurement accuracy, and long-term reliability.

Platinum RTDs and thermistors are both resistance-based temperature sensors, but they have different operating characteristics and are designed for different temperature measurement requirements.

​PT100 and PT1000 are two widely used platinum RTD sensors for industrial temperature measurement. Both provide stable and accurate temperature measurement, but their resistance values, wiring requirements, signal characteristics, and application suitability are different.

Choosing the right aluminum foil for an industrial application requires more than selecting a suitable thickness. Aluminum grade, temper, width, surface finish, operating temperature, electrical requirements, forming method, and installation conditions can all affect the final performance.

Aluminum foil is a thin, lightweight metal material widely used in industrial applications because of its excellent thermal conductivity, electrical conductivity, corrosion resistance, and flexibility.

RTD sensors, or resistance temperature detectors, are widely used for accurate and stable temperature measurement in industrial equipment, process control systems, machinery, HVAC systems, energy equipment, and other applications.

RTD sensor failure can result from electrical problems, mechanical damage, excessive temperature, incorrect wiring, environmental exposure, or unsuitable installation.

Choosing the right Type T thermocouple probe is important for achieving reliable and accurate temperature measurement. Although Type T thermocouples are commonly used in low-temperature applications, different working environments may require different probe materials, dimensions, junction designs, cable types, and connection methods.

A Type T thermocouple probe is a temperature sensor designed to measure temperature by using the voltage generated between two different metal conductors.