CAST-IN HEATERS ALUMINUM/ BRONZE

Where uniform heat distribution and efficiency is important. Cast-In Heaters provide for better results. The high thermal conductivity of aluminum (aluminum bronze) allows precisely uniform temperature to be applied to the component surface, elevating hot or cold spots that may effect the equipments performance.

Heat is provided by a tubular sheathed wire element that has long been recognized for its reliability, strength and adaptability. It is due to the versatility of this element that Cast-In heaters can be manufactured to suit limitless application and specifications.

Standard Features:

• Widely used in extruders, laminating equipment, Injections moulding, vacuum forming, extrusion die heads, compression moulding blow
• moulding, heat sealers, food processing, laboratory equipment, tyre making and etc.
• Various termination options.
• CAD/CAM Design Tubular Heaters in variety of Shapes & Sizes.
• X-Ray techniques to check for pososty free casting and proper heater location.
• Additional treatment of the heated part such as chemical deaming and packaging for cleanroom acceptance.
• Specially designed packaging.

Type of Cast-In Heaters:

• Air cooled cast-in heaters
• Water cooled cast-in heaters
• Cast-in Plate & Round heaters
• “L” and “U” shaped cast-in heaters
• Customized designed cast-in heaters

Cast-In Heaters Advantages

• High Thermal Conductivity: Providing extremely uniform temperature over the whole heated surfaces.
• Accurate Temperature Control: The high thermal conductivity eliminates any hot or cold spots that may occur with other forms of heating.
• This uniform heat distribution makes for accurate temperature control.
• Exceptionally Long Life: Utilising a recognizable reliable tubular sheathed wire element and ribbed construction Cast-In heaters provide a good resistance to misuse.
• Efficiency: The high thermal conductivity rapidly conducts this heat away from the tubular element to the component surface.
• Contamination Resistant: With the heating element cast into the aluminum and together with sealed terminal boxes the Cast-In heater becomes a contaminant-resistant heating unit.