Cast Aluminum Heater
We manufacture a diverse selection of quality aluminium bronze cast heaters which provide for better results in uniform heat distribution and efficiency. The high thermal conductivity of our aluminium cast bronze heaters allow an extremely uniform temperature to be applied to the component surfaces, alleviating hot or cold spots which may affect the equipment’s performance.
Description
Our cast heaters are provided by a tubular sheathed wire element which has long been recognised for its reliability, strength and adaptability. It is due to the versatility of this element that cast aluminium bronze heaters can be manufactured to suit limitless applications and specifications. All heaters are designed on-site, from tubular heating element design and construction, element forming, foundry casting to machining and electrical connection. With control over the entire process, we guarantee our cast heaters’ performs to the highest standards.
We have vast experience of designing and manufacturing bronze cast heaters combined with an on-going policy of research and development. Our qualified design engineers would welcome the opportunity to discuss and advise you on your requirements and applications for our aluminium bronze cast heaters.
Advantages
High Thermal Conductivity
Providing extremely uniform temperatures over the whole of the 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 recognisable reliable tubular sheath wire element and ribbed construction, Cast 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 aluminium and together with sealed terminal boxes, the cast heater becomes a contaminant resistant heating unit.