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HEATROD CARTRIDGE HEATERS

Table of Contents

APLICATION EXAMPLES

Heatrod Heat Exchanger Assembly Heatrod Non-Stick Coated Heaters
Controlled Heat Profile Cartridge Heater Heatrod Temperature Controlled Cartridge Heaters
Heatrod Immersion Heaters Heatrod Packaging Machine Punch Heaters
Bent Heatrods Low Density Cartridge Heaters

Non-Stick Heater - Heatron developed and patented a Non-Stick coating to prevent cartridge heaters from seizing inside molds. The factory applied coating resist scraping and eliminates the need for applying release agents. Quick installation and easy removal has resulted in cost savings for our customers. A major manufacturer of dies eliminated costly machining steps when they switched to Non-Stick. Non-Stick Heater
Medical Heater – An international manufacturer of kidney dialysis equipment uses a HEATROD with an internal thermal fuse to meet agency for over temperature protection. The heater incorporates passivation and electropolish to inhibit corrosion of the sheath, low leakage construction to meet tracking requirements. Medical heater
"Heater in a Jacket" – Designed and constructed to serve the photo processing industry. The incorporation of over temperature thermostats and thermal fuses prevent the unit from over heating. The stainless steel construction resists corrosion. The internal HEATROD transfers heat to the liquid as it flows across the surface. Heater in a jacket
Packaging Industry – Customers in the packaging industry needed to minimize temperature variation when sealing food products. A HEATROD with Controlled Heat Profile (CHP) was designed to provide uniform temperature across the surface to within 1% of set point. An epoxy seal was incorporated to allow the HEATROD to be used in wash down applications. Packaging industry
Semi-Conductor – A HEATROD Immersion Heater was used to help control process water for semi- conductor industry within 0.5° C. Heatron’s HEATROD has incorporated a moisture resistant seal, 316L stainless steel sheath construction and passivation. Solution heating rates were increased by determining the optimum heated section within the overall heater length. Semi-conducor