Furnace Heaters
Precision-engineered industrial heaters built for performance and reliability.
- In this range
- 6
- Categories
- 4
FeaturedFurnace Heaters
Edge Wound Heater
Edge Wound Heaters, also known as bayonet heaters, represent the pinnacle of high-performance industrial heating technology specifically engineered for demanding furnace applications requiring superior heat transfer efficiency and compact design solutions. These advanced ribbon heating elements feature a sophisticated construction methodology where premium NiCr (Nickel-Chromium) or FeCrAl (Iron-Chromium-Aluminum) alloy strips are precision wound on edge and strategically mounted on high-grade ceramic supports to deliver exceptional surface watt density and uniform heat distribution throughout the heating zone.
- Up to 1050°C
- Up to 65 kW
- Custom sizes & shapes
Furnace Heaters
Silicon Carbide Heater
Silicon Carbide Heating Elements represent the pinnacle of high-temperature ceramic heating technology, manufactured from ultra-high purity recrystallized α-SiC (alpha silicon carbide) utilizing advanced powder metallurgy and high-temperature sintering processes. These sophisticated non-metallic heating elements are specifically engineered for demanding industrial and laboratory furnace applications requiring reliable operation at extreme temperatures up to 1600°C in diverse atmospheric conditions including oxidizing, reducing, and inert environments.
- Ultra-high temperature operation up to 1600°C
- Exceptional service life in harsh oxidizing and corrosive atmospheres
- Replaceable during operation eliminating furnace shutdowns
Furnace Heaters
Radiant Tube
Radiant Tubes represent advanced high-temperature heating technology specifically engineered for indirect heating applications in demanding industrial furnace environments. These sophisticated heating elements are manufactured from premium recrystallized FeCrAl (Iron-Chromium-Aluminum) or wrought NiCr (Nickel-Chromium) alloys using state-of-the-art powder-metallurgy processes or seamless mandrel extrusion techniques, ensuring exceptional material density, structural integrity, and thermal performance. The precision manufacturing process eliminates porosity and defects, creating seamless tubes capable of withstanding extreme thermal cycling and aggressive furnace atmospheres.
- Operate up to 1,400 °C
- Superior thermal shock & corrosion resistance
- Custom straight or complex profiles
Furnace Heaters
Furnace Strip Heater
Furnace Strip Heaters represent advanced open-circuit heating technology featuring precision-engineered FeCrAl Super, SAPM, FeCrAl HTM, NiCr 80/20 & NiCr 70/30 resistance wire configured in sophisticated zig-zag patterns and permanently bonded onto high-density ceramic substrates for superior direct infrared radiation heating performance. These innovative heating elements are specifically designed for applications requiring rapid thermal response, precise temperature control, and uniform heat distribution across extended heating zones.
- Ultra-fast response enabling heat-up in seconds
- Uniform infrared radiation across entire heating zone
- Unlimited custom lengths and watt density configurations
FeaturedFurnace Heaters
Bundle Rod Heater
Bundle Rod Heaters are premium industrial heating elements specifically engineered for high-temperature furnaces and heavy-duty thermal processing applications. These advanced rod type heating elements feature a sophisticated construction comprising multiple terminal rods, a central support rod, and precision-engineered ceramic discs that form an efficient heating bundle capable of withstanding extreme operational demands.
- Up to 1250°C
- 1 kW to 75 kW
- Customizable
Furnace Heaters
Open Coil Heater | Furnace Coil Heater
Open Coil Heaters represent the pinnacle of direct air heating technology, specifically engineered for applications requiring ultra-fast thermal response and maximum heat transfer efficiency in forced-air systems. These advanced heating elements feature exposed NiCr (Nickel-Chromium) or FeCrAl (Iron-Chromium-Aluminum) resistance coils that are precision-strung across high-strength ceramic insulators, creating minimal thermal inertia for instantaneous heat-up response measured in seconds rather than minutes. This innovative exposed coil design eliminates the thermal barriers inherent in sheathed heating elements, delivering direct energy transfer to air streams with exceptional efficiency and rapid temperature response.
- Heat-up in seconds for rapid cycle times
- Low pressure drop—efficient airflow
- Custom coil spacing & lengths
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