Immersion heater with copper sheath element, over the side mounted, L-shaped heating elements and primarily designed for clean water pH 6 to 8 applications.
Immersion heater with 3 stainless steel sheath elements, 2" NPT screw plug fitting and designed for mildly corrosive process water. Explosion resistant options available.
Immersion heater with copper sheath element, 3" or 5" flange mounted and primarily designed for clean water applications. Explosion resistant options available.
Immersion heater with 6 or 9 flouropolymer coated stainless steel elements and over the side mounting. Overtemperature protection and multiple element lengths available.
Immersion heater with stainless steel sheath element, 2.5" NPT screw plug fitting and designed for process water. Explosion resistant options available.
Immersion heater with Incoloy sheath element, 3", 5" or 6" flange mounted, designed for severely corrosive water based applications and explosion resistant options.
Immersion heater with stainless steel sheath element, 2" NPT screw plug fitting and designed for medium weight oil. Enclosure NEMA-1 rated and explosion resistant options.
Immersion heater with copper sheath element, 2" NPT screw plug fitting, up to 15 kW of power and designed for clean water applications. Explosion resistant options available.
Immersion heater with incoloy sheath element, 2.5" NPT screw plug fitting and designed for corrosive solution water applications. Explosion resistant options available.
Drum immersion heater with copper or stainless steel sheath elements, over the side mounted, integrated thermostat and designed for high viscosity liquids.
Tank immersion heater with stainless steel sheath element, over the side mounted, integrated thermostat and designed for use in reservoir water or other applications.
Immersion heaters are essential for heating fluids and controlling temperatures in industrial, commercial, and lab settings. DwyerOmega offers high-quality, self-regulating stainless steel or PFA-coated heaters for reliable, clean heat solutions.