Split Type Cartridge Heater

Split Type Cartridge Heater

Offering Split Type Cartridge Heaters is what we do. It is used in a variety of industrial applications. This heater is mostly used in dies, moulds, sealing bars, and other items. This heater is dependable and provides high temperatures for precisely heating solids. This is made with premium materials under the supervision of professionals for effective heat emissions. This robust heater was built using the most recent technologies available. Our Split Type Cartridge Heater is renowned for its effective operation, high level of durability, and minimal maintenance requirements.

For the purpose of heating solids, liquids, or gases, split-type cartridge heaters are a particular kind of heating element. They are made in a cylindrical shape to offer focused, localised warmth.

Here are some key features and characteristics of split-type cartridge heaters:

  1. Split-type cartridge heaters have an embedded heating element inside a cylindrical metal tube, which is often constructed of stainless steel. A high-resistance wire, such nichrome, is generally twisted around a ceramic core to serve as the heating element. The term “split” refers to an expansion and installation-friendly longitudinal cut or groove made along the length of the heater.
  2. Simple Installation and Replacement: The split design makes it simple to install or replace a cartridge heater in machinery or equipment without having to disassemble it first. The heater is appropriate for uses including plastic injection moulding, hot runner systems, packaging equipment, and more since it may be positioned around cylindrical objects or inserted into bores or holes.
  3. Split-type cartridge heaters are capable of functioning at high operating temperatures, typically between 600 and 1200 degrees Celsius (1112 and 2192 degrees Fahrenheit). The sheath is made of stainless steel, which has good durability and thermal conductivity.
  4. Fast Heat Transfer: Split-type cartridge heaters’ small design enables efficient and quick heat transfer, enabling quick response and speedy attainment of the appropriate temperature.
  5. Options for Customization: These heaters can be modified to fit certain needs, including variable lengths, diameters, wattages, and voltages. This enables precise and customised heating solutions based on the requirements of the application.
  6. Temperature Control: Split-type cartridge heaters can be used in conjunction with temperature measuring tools like thermocouples or built-in temperature sensors to keep temperatures correct and stable.Split-type cartridge heaters must be installed and insulated properly to avoid electrical shocks and guarantee safe operation. To prevent any potential risks, it is essential to adhere to the manufacturer’s recommendations and safety measures.Split-type cartridge heaters are flexible and frequently employed in industrial operations that need for localised, controlled heating in a small package.

Features :

  • Excellent heat transfer.
  • More clearance can be provided for inserting split type cartridge. Heaters compared to standard conventional cartridge heaters
  • Can be inserted and removed easily.
  • Longer life.
  • Uniform heat transfer
  • Available in ss304 ss316 sheaths.
  • Hot zone up to the tip of the element

Applications :

  • Plastic processing & packaging machinery.
  • Injection & blow moulding
  • Extruders
  • Foundaries
  • Soldering pots.


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