Aluminum dip well furnaces
Electric Immersion Heaters are the ideal solution for aluminum dip brazing furnaces. The process of brazing joins metals with melted aluminum, leaving a clean joint compared to other methods, such as welding, making it a cost-effective solution for composite or assembled parts. To learn more about our electric immersion heaters, […]
High Low Pressure Die Casting
While there are various casting techniques available, for light-metal casting there are two methods that represent the bulk of overall casting numbers. High pressure die casting is used in approx. 50% of overall light metal casting, while low pressure die casting is used in about 20%. New Century Heaters has engineered […]
Molten Metal Filter Boxes
Molten Metal Filter Boxes (typically utilizing ceramic foam filters) allow for superior quality die-casted aluminum components. For applications requiring high quality die-cast parts/components, it is integral to remove all possible contaminants from the aluminum prior to completing the casting process. New Century Heaters has engineered our immersion heaters specifically for molten metal. […]
Ladle Melting Furnaces
New Century Immersion Heaters are the ideal solution for ladle melting furnaces. An immersion heating system in ladle melting furnaces efficiently transfers heat into dip wells and degassers as heat doesn’t have to pass through an insulating layer of oxides on the surface of the melt. The immersion heater is […]
Immersion Heater in Degassing Systems
New Century Heaters are the ideal solution for free-standing and inline immersion heater degassing systems. Immersion heaters efficiently transfer heat into dip wells and degassers as heat doesn’t have to pass through an insulating layer of oxides on the surface of the melt. The immersion heater is beneath any separating […]
Immersion Heaters Commonly Found in Holding Furnaces
New Century immersion heaters can be commonly found in holding furnaces and are the ideal solution for both free-standing and inline furnaces. Immersion heaters efficiently transfer heat into dip wells and degassers as heat doesn’t have to pass through an insulating layer of oxides on the surface of the melt. […]