Electric Heaters by Industry
No single heater technology is suitable for every application. Factors such as heat transfer method, operating temperature, process media, environmental conditions, and system integration all influence heater selection. This matrix illustrates the relative use of common electric heating technologies across major industries, helping engineers quickly identify the solutions most frequently applied to specific manufacturing processes and equipment.
LEGEND
CommonOccasionally UsedSpecialized / Less Common
| Industry | Process Air & Gas | Duct / HVAC | Immersion | Circulation / Inline | Flexible | Fan-Forced | Open Coil | Radiant | Conductive | Heating Systems |
|---|---|---|---|---|---|---|---|---|---|---|
| Aerospace | ||||||||||
| Automotive | ||||||||||
| Industrial Machinery | ||||||||||
| Plastics | ||||||||||
| Packaging | ||||||||||
| Chemical | ||||||||||
| Electronics & Semiconductor | ||||||||||
| Laboratory & Scientific | ||||||||||
| Medical | ||||||||||
| Pharmaceuticals | ||||||||||
| Energy | ||||||||||
| Oil & Gas | ||||||||||
| HVAC | ||||||||||
| Agriculture | ||||||||||
| Environmental | ||||||||||
| Paper & Printing | ||||||||||
| Textiles | ||||||||||
| Transportation |