Application
Heating elements for chemical & process
Reactor preheat, thermal-fluid loops, solvent recovery and pressure drying — usually in a classified area, always with a product that degrades if the sheath runs hot.
What usually goes wrong
Product quality, not element life, sets the design. A sheath hot enough to coke, polymerize or discolor the process fluid has already failed even if it keeps working.
Typically specified
What this sector orders
- Explosion-proof flanged heaters
- Thermal-fluid loop heaters
- Reactor jacket coils
Relevant families
Every application in this sector still comes down to the same six inputs — medium, temperature, watt density, sheath alloy, mounting and supply. Send those and we will size against them rather than guess from the part number.
Answered within 1 business day.
Suggested series
Where most people start
JGBTo drawingExplosion-Proof Flanged Immersion Heater
Flameproof enclosure, baffled flow path, independent high-limit
- Max temp
- 842 °F
- Power
- 3–200 kW
- Part numbers
- 8
JGYTo drawingJGY Oil Immersion Heating Element
Open and sealed oil tanks, 1–8 kW at 220 V
- Max temp
- 572 °F
- Power
- 1–8 kW
- Part numbers
- 11
JGCTo drawingSteam & Process Coil Tube
Helical and flat-spiral coils wound to your vessel
- Max temp
- 572 °F
- Power
- —
- Part numbers
- 8