SAKAGUCHI
● Only 5mm square but operating temperature up to maximum 1000℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
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SAKAGUCHI
● Operating temperature maximum 1000℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
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SAKAGUCHI
● Operating temperature maximum 600℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
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SAKAGUCHI
● R type thermocouple incorporated in the heater substrate material. ● More precise controllability for your operation.
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SAKAGUCHI
● Operating temperature maximum 600℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
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SAKAGUCHI
● Operating temperature maximum 600℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
Read More >
SAKAGUCHI
● Operating temperature maximum 500℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
Read More >
SAKAGUCHI
● Operating temperature maximum 1000℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
Read More >
SAKAGUCHI
● Operating temperature maximum 600℃. ● Heating element is precisely printed on the Alumina substrate. ● Lead pins are incorporated with the substrate.
Read More >
SAKAGUCHI
● Maximum operating temperature 1100℃ ● Low coefficient of thermal expansion and excellent thermal shock resistance ● Excellent oxidution-resistance and chemical resistance
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