- Dies and Molds
- Packing Machinery
- Hot Glue Melting
- Lead Melting
- Medical Application
- Extruding Dies
- Stamping and Marking Machine
Higher Temperatures, Faster Production Rates — Because Type CIR's patented construction and high watt density capability let you put more heat in less space.
Shock and Vibration Resistant — Tightly compacted refractory insulation makes CIR heaters suitable for severe applications.
Even Temperature throughout the heater's length is produced by the uniform winding of the wire on the smooth supporting core. Close and even spacing between wire and inside of sheath is maintained for good heat transfer. Tight spacing between turns permits the use of largest gauge resistance wire.
Excellent Oxidation and Corrosion Resistance is provided by special Chromalox alloy sheath. Thermal expansion characteristics of sheath and refractory are closely matched.
Chromalox CIR industrial heaters are available in a variety of commercial heating applications: dies and molds, packing machinery, laminating/adhesives, hot glue melting, lead melting, medical, extruding dies, and stamping and marking machines. Type CIR includes several significant advances in cartridge heater technology. Its high performance characteristics have been proven, not only in the laboratory, but also on customers' equipment on selected problem applications, at 1500°F and higher operating temperatures.
Leads can be bent at right angle near the
heater without exposing bare wire, therefore
eliminating electrical shorts.
Sheath Material — Type CIR cartridge heaters are made with a high-temperature INCOLOY® or Stainless Steel sheath material.
High Temperature Leadwire — Up to 842°F
Lead Length — Type CIR cartridge heaters are stocked with 14" long leads. Longer lead lengths can
be readily spliced on.