Replace. Configure. Validate. Supply.
Industrial process heaters configured for maintenance, tooling, production equipment, and repeatable OEM supply.
Fit, watt density, construction, lead protection, operating temperature, and installation conditions all affect service life and process performance.
Firelands helps turn the existing heater and real equipment conditions into a clear replacement or OEM configuration.
01
Use when the heater must transfer heat efficiently into a drilled hole, platen, or machine component.
Cartridge heaters are commonly used when heat needs to be concentrated inside tooling, molds, dies, fixtures, seal bars, and equipment bores.
02
Use for plastics processing, extrusion equipment, injection molding, packaging machinery, and controlled surface heating.
Band heaters are used when heat needs to wrap around a cylindrical surface such as a barrel, nozzle, pipe, or processing component.
03
Use when space is tight, lead protection matters, and consistent heat is needed around a compact process area.
Nozzle heaters are used where focused heat is required around smaller diameter components, especially in plastics and hot runner applications.
04
Use when heat needs to be applied along a flat or straight surface rather than inside a bore or around a cylinder.
Strip heaters are used for flat surface heating, platen heating, packaging equipment, tanks, dies, ovens, and straight heated sections.
05
Use for tanks, hoppers, drums, panels, instruments, enclosures, and surfaces with limited room for a rigid heater.
Flexible rubber heaters are used when heat needs to conform to a surface rather than fit into a rigid bore or housing.
06
Use when a straight cartridge or strip heater does not match the geometry of the heated area.
Flexible tubular heaters are useful when heat needs to follow a more complex path around a machine component, platen, mold, or custom shape.
Why Firelands Process Heat
A heater can look simple from the outside. The application details determine whether it installs cleanly, transfers heat correctly, and survives the operating environment.
01
Review the physical envelope, mounting method, bore fit, surface contact, bend path, clearance, and service access.
02
Match voltage, wattage, watt density, operating temperature, heat-up time, and cycling behavior to the process.
03
Define sheath material, insulation, lead exit, termination, braid, sleeving, moisture protection, and strain relief.
04
Work from part numbers, photos, rough dimensions, failed samples, or application notes when the original information is incomplete.
Applications
Quote details
A complete drawing is helpful, but it is not required. Send a part number, photo, failed sample, dimensions, or application notes and Firelands can help organize the next step.
Request a Heater Quote
Tell us what you are heating, the available space, voltage, wattage, operating temperature, lead requirements, and what is happening in the machine.
Firelands can help determine whether the project needs a direct replacement, a configured alternative, or a deeper application review.