MF5A-5 Miniture NTC Thermistor 10K ohms with PTFE PFA Insulation Leads

MF5A-5 Series miniture NTC thermistor is made with epoxy resin coating ,and insulation lead wire like PVC wire, teflon or Kynar wire. The values 10K ohm B25/100:3988 and 8K ohm B25/100:3988 is typical parameters for auto.seat or steering wheel heating system due to it special character of miniture bead, wide working temperature range, as well as its advantage of high steability and realibility .

RTD (Resistance Temperature Detector) temperature sensor with high accuracy, good resolution, safe and reliable, convenient use, can be directly measured during the manufacture of all kinds of liquid, vapour and gas medium temperature.

MZ6 PTC Thermistor mini-version for motor windings .  Single, Duplex, Triplex, Sextuple thermistors of both standard and customized versions. Focusens MZ6 PTC motor protector was made as per DIN 44081 and 44082, they provide reliable and fast response thermal protection for motor system.

MF52 High Temperature 200'C Epoxy NTC Thermistor made with new craft and materials, new technology of production of small type epoxy resin coating of NTC thermistor, has the advantages of high precision and fast response.

MFT  series temperature sensor using NTC thermistor as temperature sensing element. Products can be custom according to different temperature environment or application. With our mature craft, it can be made with a variety of specifications, customers can use directly without fabricating.

RTD (Resistance Temperature Detector) temperature sensor with high accuracy, good resolution, safe and reliable, convenient use, can be directly measured during the manufacture of all kinds of liquid, vapour and gas medium temperature.

RTD (Resistance Temperature Detector) temperature sensor with high accuracy, good resolution, safe and reliable, convenient use, can be directly measured during the manufacture of all kinds of liquid, vapour and gas medium temperature.

In 3D printing, the thermistor is a vital component that monitors and regulates the temperature of the printer’s heated elements, such as the extruder and heated bed. Precise temperature control is essential for consistent, high-quality prints, and the thermistor plays a key role in achieving this by accurately measuring and responding to temperature variations. By maintaining the optimal conditions necessary for different materials, thermistors ensure reliable printer performance and prevent issues like overheating or printing errors. Their function is crucial for the overall efficiency and safety of 3D printing operations.