MCH heaters for hair styling tools
Consumers judge a straightener by how fast it is ready and how evenly it holds temperature. Those two things are decided by the heater, not the firmware.
What the application demands
A styling plate needs to reach working temperature in seconds, keep the temperature difference across the plate small, and stay electrically isolated from an aluminium plate the user touches. A thin co-fired alumina chip does all three without extra insulation layers.
- 200 °C in about 10 seconds from cold
- Uniform circuit layout for low ΔT across the plate
- 0.7–2.0 mm thickness fits slim housings
- Surface not live — 4,500 V / 1 s withstand
- Lead-free and RoHS for EU / US retail compliance
How we work with appliance brands
We match the chip footprint to your plate geometry, set the cold resistance to your mains voltage and control scheme, and supply the thermal interface and NTC placement as part of the design review. Samples are built on the same production line as volume orders.
- 110 V / 220 V and dual-voltage variants
- Custom lead exit position for hinge clearance
- Optional NTC / thermostat pad
- Pilot lots before tooling release
Specifications
Questions buyers ask
Yes — we redistribute the printed circuit to push more power to the cooler ends of the plate, then validate with a thermal map of your assembly.
Sampling time depends on the circuit design and is confirmed with the quote.
Tell us about your model
Plate size, mains voltage, target temperature and heat-up time — we will propose a heater and send samples.