1. JPTF Series - High Temperature Resistant Thermistor Temperature Sensor
2. Good stability and reliability
3. A wide range of resistance values: 1KΩ~1000KΩ
4. The resistance value and B value are highly accurate
5. Due to the glass package
6. It can be used in harsh environment such as high temperature and high humidity.
1. 3D Printing Monitoring System
Integrated 3D printing temperature sensor, real-time monitoring of print head temperature and print bed temperature during the printing process to ensure print quality and safety.
2. Smart 3D Printing Pen
The 3D printing pen with built-in temperature sensor is able to adjust the nozzle temperature in real time, making it easier for users to create and print 3D works.
3. Industrial Grade 3D Printer
3D printers equipped with high-precision temperature sensors for engineering and manufacturing applications are able to accurately control print temperatures to produce high-quality industrial parts and prototypes.
1. Thermal Response Time: Up to 12 seconds in a water bath.
2. Dissipation factor: about 2.6MW/°C in standing air.
3. Withstand voltage test: AC 1300V 2MA for 1 second, no flash, other abnormal phenomena in steel balls.
4. Insulation test: ≥ 100MΩ
5. Rated Power: 5MW
6. Operating temperature range: -30°C to 250°C
1. JPTF Series - High Temperature Resistant Thermistor Temperature Sensor
2. Good stability and reliability
3. A wide range of resistance values: 1KΩ~1000KΩ
4. The resistance value and B value are highly accurate
5. Due to the glass package
6. It can be used in harsh environment such as high temperature and high humidity.
1. 3D Printing Monitoring System
Integrated 3D printing temperature sensor, real-time monitoring of print head temperature and print bed temperature during the printing process to ensure print quality and safety.
2. Smart 3D Printing Pen
The 3D printing pen with built-in temperature sensor is able to adjust the nozzle temperature in real time, making it easier for users to create and print 3D works.
3. Industrial Grade 3D Printer
3D printers equipped with high-precision temperature sensors for engineering and manufacturing applications are able to accurately control print temperatures to produce high-quality industrial parts and prototypes.
1. Thermal Response Time: Up to 12 seconds in a water bath.
2. Dissipation factor: about 2.6MW/°C in standing air.
3. Withstand voltage test: AC 1300V 2MA for 1 second, no flash, other abnormal phenomena in steel balls.
4. Insulation test: ≥ 100MΩ
5. Rated Power: 5MW
6. Operating temperature range: -30°C to 250°C
