Solutions · OEM modules
Graphene Heating Modules, Built to Your Drawing
Five module types cover most OEM integration problems. Each one is a starting point for a specification, not a catalogue item.
Solutions · OEM modules
Five module types cover most OEM integration problems. Each one is a starting point for a specification, not a catalogue item.
Direct answer
Pick the one that matches the constraint you cannot move — supply voltage, surface curvature, available thickness, or area.
| Module type | Typical use | Detail |
|---|---|---|
| Low-voltage module | Battery-powered or USB-supplied products, portable devices, automotive interiors | Specification → |
| Flexible module | Textiles, wraps and surfaces that bend in use | Specification → |
| Curved-surface module | Cabin walls, cylindrical housings, contoured panels | Specification → |
| Embedded module | Laminated into a panel or moulded into a part during assembly | Specification → |
| Large-area module | Floors, walls, ceilings and wide radiant surfaces | Specification → |
What is specified
No module is stocked. Each is made to an agreed drawing, and each parameter is agreed before a sample is cut.
| Parameter | Value | What sets it |
|---|---|---|
| Size and outline | Per project | Set by the housing or the heated area |
| Voltage | Per project | Set by the available supply |
| Power | Per project | Set by the required heat-up rate and steady-state temperature |
| Lead and connector | Per project | Set by the assembly routing |
| Encapsulation | Per project | Sealing, washability and mechanical protection |
| Temperature sensing | Per project | NTC placement and control strategy |
Custom quote per project · Samples in about 1 week · MOQ 5 pcs
Go deeper
Each module type has its own page with the constraint it resolves.
Flexible Heating
Design for the bend the product actually makes, including the laminate, electrodes and connections.
View →
Large-Area Heating
Coordinate electrode geometry, power distribution and edge conditions across a larger surface.
View →
Embedded Heating
Build the heating function into a laminate or product structure with a controlled thermal path.
View →
Low-Voltage Heating
Start from voltage, current and available energy, then define the heater resistance and active area.
View →
Conformal Heating
Translate a curved product surface into a heater pattern with manageable strain and thermal contact.
View →Include the outline, supply voltage, target temperature, connector requirement and expected volume. We reply with a configuration and a project-specific quote.
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