Applications
Industrial.
Heat exactly
where the process
needs it.
Industrial heating is usually oversized, slow and hard to place. Gii elements are patterned to the geometry of the part, heat rapidly and evenly, and can be applied to flexible or rigid substrates in tight spaces.
Where Gii is used
Industrial heating built on Gii
Five industrial roles for a patterned thin film heating element.
Process Equipment
Localised heating of manifolds, lines and small chambers without wrapping the whole assembly.
Instrument Thermal Control
Analysers and metrology equipment held at a stable set point, with fast recovery after a disturbance.
De-Icing and Anti-Icing
Thin, conformable elements that clear ice from surfaces, sensors and optics without adding mass.
Maintenance and Curing
Controlled local heating for adhesive curing, sealing and assembly steps on the line.
Embedded Heating
Elements grown onto a component rather than bolted on, freeing space in the machine design.
Why
.
Rapid, uniform heat with element geometry you control
High heating rate
Porous pure carbon delivers fast heat-up with even distribution and low thermal mass.
Patterned to the part
Arbitrary geometries on flexible or rigid substrates, so heating follows the component rather than a standard pad.
Efficient at low voltage
Low-power operation reduces the supply and control hardware needed around the element.
Next step
Go deeper on the technology
Applications point the way; the platform pages hold the technical detail and supporting evidence.
Microheaters & Thin Film Heating Elements
Performance data, element geometries and substrate options.
Learn more
Multi-analyte Sensing
Electrochemical monitoring of process streams and effluent.
Learn more
Flexible Printed Batteries
High surface area Gii electrodes for thin, flexible, printed power sources.
Learn more