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Glass Thermistors

ATC Semitec’s range of glass NTC thermistors includes NT-4 radial glass beads, ATCD series DO-35 diode style NTCs and FT thin film thermistors, suitable for accurate temperature control up to 300°C.

Advantages of glass-coated thermistors include superior long-term stability, reliability and fast thermal response times.  They are specifically used for high temperature measurement and also where moisture ingress or high humidity would be a problem.  Their small size and very stable characteristics makes them highly suitable for applications such as 3D printers, automotive sensors,  home appliances and medical devices.

We also supply these glass thermistors in a wide range of metallic and plastic housings.

Call us today on 01606 871680 to discuss your application’s thermal sensor requirements.  Using our extensive technical knowledge and innovative supplier base, we will work with you to provide the optimum solution for your product.

  • Semitec NT-4 Glass Diode NTC Thermistor
    Semitec NT-4 Glass Bead NTC Thermistor

    This new Semitec NT-4 supersedes the popular Semitec GT-2, offering superior performance with faster response times. It has a small 1.25mm glass bead diameter, which is extremely robust, ensuring that the Thermistor is moisture-proof.

    With it’s wide temperature range from  -50°C/+300°C it is suitable for use across a large number of industries including automotive sensors, E-vehicle batteries, office automation, and medical devices.

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  • ATC Semitec ATCD Glass Diode NTC Thermistor
    ATC Semitec ATCD Glass Diode NTC Thermistor

    A range of axial glass-encapsulated diode style NTC Thermistors suitable for
    accurate temperature control and temperature compensation up to 200°C.

  • Semitec FL/FT Glass Film High Temperature SMD Thermistor

    These micro thin film thermistors out perform conventional thermistors due to miniaturisation, quick response time and their high heat resistance. They are available as FT SMD or FL with ‘lead wings’ for ease of board mounting. Their miniaturisation and quick response times makes these ideal for use for office automation, and medical, computer or mobile devices.