CERATHERM  ·  MCH / HTCC HEATING ELEMENTS DOC 01 / 25  ·  2026-11  ·  SITE INDEX
HTCC co-firing in our own kilns  ·  ISO 9001 ZRXB98225Q2462R1S  ·  CE / RoHS / REACH  ·  OEM / ODM
Email coming soon
Send a drawing
Home/Applications/Micro MCH heaters for HNB devices
Applications · Application · Heat-not-burn & atomisation · Validate stage

Micro MCH heaters for HNB devices

A single-cell device has to deliver a controlled temperature curve in a very small volume, on a tight power budget, thousands of times over. The heater circuit is where that is won or lost.

Designed around the temperature curve

We tune cold resistance and circuit distribution together so the element follows your control algorithm quickly and evenly, with low thermal mass and minimal standby loss between puffs.

  • 3.7 V / 5 V / 7.4 V cell-compatible designs
  • Micro footprints, thickness from 0.55 mm
  • Graded heating zones and custom temperature profiles
  • No inrush surge on a small Li-ion cell
  • Ni tab, wire or FPC termination

Confidential development

Most HNB projects are developed under NDA with customer-owned tooling. We support iterative prototyping, small validation lots and controlled ramp to volume, with the circuit design kept exclusive to the project.

  • NDA and tooling ownership
  • Rapid prototype iterations
  • Lot traceability, 100% electrical test
  • RoHS / REACH material declarations

Specifications

ParameterValue
Recommended series
CH-Series flat chips, configured for 3.7–12 V
Voltage
3.7 / 5 / 7.4 V, custom
Resistance
0.3–100 Ω typical
Thickness
from 0.55 mm
Key benefit
Fast, even heating at cell voltage

Questions buyers ask

Yes — that is standard for this application.

We normally run 2–3 circuit iterations before releasing a validation lot; the exact scope is agreed at project start.

Request a micro heater

Share the cell voltage, temperature curve, space envelope and expected volume — under NDA if needed.

Or send us the details directly
Inquiry / Request a quote

Site preview. Inquiries are not open yet.

We use your details only to reply to this inquiry. No newsletter, no third parties.