Type: J
Size:1.0*50*1000mm , they also can be made according to your design.
J type thermocouples are 1 of the 3 most commonly used thermocouple configurations for industrial and scientific temperature measurement.
The matching of the Needle Type J - Iron and Constantan thermocouple alloys provide excellent accuracy in the temperature range of 212°F to 932°F (100 to 500°C) and making it ideal for most plastics processing, composites, electronics and chemical product development or production.
Recommended Temperature range is 32°F to 1400°F (0 to 750°C)
J Type thermocouples can measure the temperature and have Excellent Linearity (stability) in the temperature range of 212°F to 932°F (100 to 500°C) with a deviation of approx. 1.5°F (0.5°C).
Type J temperature sensor for plastics processing industry also has the second highest level of sensitivity with a 50 to 60 millivolt output per degree C.
Industry applications include the overall plastics processing industry including medical products, heat treating of aluminum, curing composites, manufacturing and developing chemicals, paints and other coatings, electronic and materials testing, along overall research.
They also can be made with J type thermocouple plug or termianal as your usage requirement. If there's any thermocouple inquiry, welcome contact with us and we are professional with better services and high quality thermocouple.
Sinton Group mainly make kinds of electric heating elements and temperature sensor: For example , cartridge heater,hot runner coil heating element, tubular heater element, ceramic emitter, ceramic plate heating element, aluminium casting heater, mica band heater, ceramic band heating elements, Flexible ceramic heating pad, kapton heater, PI film heating elements, resistance wire, thermocouple, Pt100 etc. Also we make industrial heaters for example air duct heater, pipeline heater, oil circulation heater, drying oven etc. All of our heaters and temperature sensor can be OEM and now we have acquired CE certificate for our heating elements.
