Stainless Steel Coil Heaters

Coil Heaters -- HCO
from Acrolab Ltd.

This style of heater can be manufactured to almost any shape you require. They are typically rectangular in cross-section and can handle application temperatures of up to 1500 °F. Coil heaters can operate in free air, inside a groove, mounting to a surface, or mount over top of a nozzle. There... [See More]

  • Sleeve (Sheath) Material: Stainless Steel
  • AC Voltage Required: 120 to 240
  • Maximum Temperature: 1500
  • kWatts: 0.25 to 0.45
A5 Termination Coil Heater -- KH1140
from Durex Industries

Durex coil heaters feature continuous operating temperatures up to 1200 °F. Rapid heating and cooling occur, due to the low mass construction. All heating elements are sealed from contamination and the stainless steel sheath provides maximum corrosion resistance. Optional internal thermocouples... [See More]

  • Sleeve (Sheath) Material: Stainless Steel
  • AC Voltage Required: ? to 240
  • Maximum Temperature: 1200
  • kWatts: 0.25
Coil Heaters 3 x 3mm Without Thermocouple
from Invotec Solutions Ltd.

Invotec coil heaters offer the ultimate in mechanical protection. Supplied in straight length, coiled to your required size or complete with our internally heated nozzles. All coil heaters can be supplied with a cover over the coils for even greater mechanical protection. Construction: TIG welded... [See More]

  • Sleeve (Sheath) Material: Stainless Steel
Coil & Cable Heater -- 0.058-Inch Mini-Cable Nozzle Heater
from Watlow®

The versatile Watlow cable heater can be formed into a variety of shapes as dictated by its many applications. These small diameter, high performance units are fully annealed and readily bent to your desired configuration. [See More]

  • Sleeve (Sheath) Material: Stainless Steel
  • Cable Shape: Round cable
  • AC Voltage Required: 240
  • Coil Inner Diameter: 0.7500
Wedge-Lock Mini Coil Heater -- KH1277-01
from Durex Industries

Durex Industries introduces a mini coil heater with a unique clamping band which allows the heating element to maintain full clamping force at elevated temperatures. Unlike conventional cam-locking designs, this wedge-locking mechanism compensates for thermal expansion. The tubular heating element... [See More]

  • Sleeve (Sheath) Material: Stainless Steel
  • kWatts: 0.15
  • AC Voltage Required: ? to 240
  • Cable Shape: Square