CERAMIC BAND HEATERS ELECTRICAL RESISTORS

APPLICATIONS

manipulation of raw plastics, extrusion matrixes, packaging and textile equipment.

DESCRIPTION:

Dimensions adapted to the setup space. This type of plate must be pressed to the work surface in order to ensure thermal transfer.

Plastic injection molding, where they are used to heat the barrel of the injection molding machine and ensure that the plastic is heated to the correct temperature before it is injected into the mold.

Packaging and bottling industries, where they can be used to heat containers and ensure they are at the correct temperature for filling and sealing.

Extrusion process, where they are used to heat the extruder barrel and die, ensuring that the plastic is heated to the correct temperature and providing a consistent flow rate.

A ceramic band heater is a type of industrial heating device that is used to heat cylindrical objects such as pipes, barrels, and nozzles. It consists of a flexible ceramic insulation core that is wrapped in a metal sheath, typically made of steel or stainless steel. The core is heated by passing an electric current through the metal sheath, which causes the ceramic insulation to become hot and transfer heat to the object being heated.

Ceramic band heaters are commonly used in a variety of industrial processes, including plastic injection molding, packaging, and food processing. They offer high thermal efficiency and good heat transfer, and are able to maintain consistent temperatures over long periods of time. They are also able to withstand high temperatures and harsh industrial environments, and are relatively easy to install and maintain.

One advantage of the ceramic band heaters is its low thermal mass, which allows the heater to reach temperature quickly and react quickly to changes in temperature. They are also versatile in terms of the shape of the object they can heat, as they can be custom-made to fit irregularly shaped objects. They also have a long life and require minimal maintenance.