Thermo-sensitive ceramic heater
A heat-sensitive ceramic and heater technology, used in electric heating devices, heating elements, ohmic resistance heating, etc., can solve problems such as low thermal efficiency, damage to insulating paper, and detachment of connecting points, to reduce use costs, eliminate contact resistance, eliminate The effect of security risks
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Embodiment 1
[0063] as attached figure 1 As shown, an electrode sheet of a heat-generating core of a heat-sensitive ceramic heating element, the length direction of the electrode sheet 1 is a heat-conducting surface 2, and the lead-out end 3 of the heat-conducting surface 2 of the electrode sheet 1 has a lead-out surface 4. There is a first through hole 5 on the lead-out surface 4, the width of the lead-out surface 4 is 10mm smaller than the width of the heat-conducting surface 2 of the electrode sheet 1, and the thickness of the electrode sheet 1 is 0.8mm.
Embodiment 2
[0065] as attached figure 1 As shown, an electrode sheet of a heat-generating core of a heat-sensitive ceramic heating element, the length direction of the electrode sheet 1 is a heat-conducting surface 2, and the lead-out end 3 of the heat-conducting surface 2 of the electrode sheet 1 has a lead-out surface 4. There is a first through hole 5 on the lead-out surface 4 , the width of the lead-out surface 4 is the same as the width of the heat-conducting surface 2 of the electrode sheet 1 , and the thickness of the electrode sheet 1 is 0.1 mm.
Embodiment 3
[0067] as attached image 3 As shown, a heating core of a heat-sensitive ceramic heating element, the heating core includes a heat-sensitive ceramic heating sheet 6, an electrode sheet 1 and an insulating paper 7, the length direction of the heating sheet 6 is a heating surface, and the insulating paper 7. Tightly cover the electrode sheet 1 and the heating sheet 6 clamped in the middle, the heating surface of the heating sheet 6 is closely attached to the heat conducting surface 2 of the electrode sheet 1, and the thickness of a single layer of the insulating paper 7 is 0.05mm and a width of 28mm.
[0068] One side of the surface of the insulating paper 7 is coated with a composite adhesive layer that softens at 200-350°C and solidifies at room temperature, and the outer surface of the electrode sheet 1 sandwiching the heating sheet 6 is covered with two layers of insulating paper 7. The joint part 8 of the insulating paper 7 is located on the non-heat-conducting surface on ...
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