Nexthermal Datasheets for Coil Heaters
Coil heaters and cable heaters are heating elements formed from straight (uncoiled) segments of round or square heating cable.
Coil Heaters: Learn more
| Product Name | Notes |
|---|---|
| Axial clamp mini coil heaters are a proven performer for high cavitation applications including pre-forms, caps and closures, and razors. Nexthermal axial clamp heaters positively lock on the nozzle ensuring... | |
| Coil Heater Nexthermal’s flat coil heater set the standard with respect to precise fit and profiling to optimize the performance of nozzles and other mating components. Available with or without... | |
| Cutaway Introducing the next generation Hotlock mini coil heater. The new design utilizes a positive locking positioning ring and machined components to reduce manufacturing complexity. Installation is easy with a... | |
| Cutaway Nexthermal mini coil heaters and micro mini moil heaters are high performance heaters for smaller diameter nozzles and nozzle tips that can also be formed in grooves to create... | |
| Nexthermal 4.0 mm, 3.18 mm, and 3.0 mm round coil heaters can be formed into two dimensional and three dimensional grooves for space constrained applications, converting a functional component into... | |
| Nexthermal continues to support round coil heaters, that revolutionized the injection molding industry in 1980, for nozzle heating applications. The compaction and flexibility of the round coil heaters are core... | |
| Nexthermal pressed in brass coil heaters deliver the benefits of cast in brass coil heaters and eliminate known problems associated with the casting process. Originally designed for the mass spectrometry... | |
| The Maxi Coil heater is designed to provide maximum service life to difficult applications. Maxi Coil’s 4.6x8.6 heater is robust enough to improve heater life in applications such as zinc... | |
| The Nexthermal 1.8 x 3.2 coil heater delivers the performance of standard Nexthermal coil heaters in a thinner profile. The 1.8mm height allows system designers to place drops closer to... |