FIREROD CARTRIDGE HEATERS
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Nickel chromium resistance wire ensures even, efficient distribution of heat to sheath
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Magnesium oxide insulation of specific grain and purity results in high dielectric strength and faster heat-up
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Alloy 800 sheath resists oxidation and corrosion from many chemicals, heat and atmospheres
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Minimal spacing between element wire and sheath results in lower internal temperatures and accommodates design with fewer or smaller heaters
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UL® and CSA approved flexible stranded wires with lead insulation rated to temperatures of 480°F (250°C)
HIGH-TEMPERATURE FIREROD CARTRIDGE HEATERS​
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High-temperature seal results in longer heater life
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Alloy 800 sheath transfers heat more efficiently
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High emissivity sheath provides better heat transfer and longer heater life
METRIC FIREROD METRIC CARTRIDGE HEATERS
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Nickel chromium resistance wire ensures even, efficient distribution of heat to sheath
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Magnesium oxide insulation of specific grain and purity results in high dielectric strength and faster heat-up
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Alloy 800 sheath resists oxidation and corrosion from many chemicals, heat and atmospheres
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Minimal spacing between element wire and sheath results in lower internal temperatures and accommodates design with fewer or smaller heaters
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UL® and CSA approved flexible stranded wires with lead insulation rated to temperatures of 250°C (480°F)
1/8- INCH FIREROD CARTRIDGE HEATERS
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Miniature size
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Low mass
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Swaged construction
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Numerous lead options available
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Outlasts competitors in life testing
MULTICELL INSERTION HEATERS
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Multiple, independently controllable zones for process temperature uniformity
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Radiant design of heater permits easy removal and replacement with minimal downtime
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Oxidized sheath improves heater performance as oxidation increases
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Quick disconnect plug and jack enables quick replacement of individual elements while maintaining operating temperature
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Special bending capabilities solves unusual machinery needs
