Other Products / Services #4992760

Melt rates up to 5, 000lbs.hr.
Customized design to meet requirements including metal treatment
Holding capacity as low as 3:1 bath to melt rate ratio

Features
Stationary Electric CruciblePot Furnaces
Designed for hand or robotic ladling directly to the die or mold or pressurized for low pressure die casting
Heavy rod-type nickel-chromium elements give long life
Available with special voltages, frequencies, or temperatures
SCR and excess chamber temperature control are standard
Benefits
Close control of temperature
Longer crucible life
Quiet and cool operation
Fast, easy installation

Easier to clean due to better access
Tested at 1127 BTUslb. at full capacity
18.5 BTUlb. at idle, using 13 less gas than competitive units
Design greatly improves melt efficiency
The clamshell door and drop arch and flue positions force hot gases over the charge area
Scrap, returns, and ingot melt immediately simply because there is so much available heat
High turndownnear-flat flame burners prevent flame impingement and minimize melt loss
Less heat around the furnace
Reduced noise
Optional preheat hearth for bundles of ingot or sows

The LindbergMPH Stack Melter combines energy efficiency and low metal loss in the most robust design available to the industry. It is also the easiest to clean with adjacent doors in both the melt and hold zones. No blind spots. Energy consumption as low as 983 BTUlb. has been recorded.

Greater operator comfort and productivity
Easy cleaning of sidewalls
Long refractory life
Minimal melt loss, reduced possibility of oxidation
Fast melting in proportion to the holding volume
Optimal strength is ensured
Easy and complete access to the furnace chamber for charging and cleaningLow heat environment, due to the virtually enclosed furnace and careful selection of lining components
Sidewalls can be easily accessed by opening the full width vertically rising door charge well door and through the rear manual access door(s)
High-alumina refractories, non-wettable to aluminum in the metal contact areas
Wide turndown, high thermal release reduces burners' flame impingement on surface metal.
Furnaces are pre-piped and pre-wired in the factory prior to shipment. Refractory linings are also pre-installed whenever possible

Power consumption is as low as 0.19 kWlb. of aluminum melted and melt loss is less than 1% with good metal handling practices and a clean furnace. Metal quality is excellent since there are no products of combustion which can be absorbed into the metal. Quiet, clean electric heat results in relatively comfortable working environment.
Power consumption is as low as 0.19 kWlb. of aluminum melted and melt loss is less than 1% with good metal handling practices and a clean furnace. Metal quality is excellent since there are no products of combustion which can be absorbed into the metal. Quiet, clean electric heat results in relatively comfortable working environment.

Greater operator comfort and productivity
Easy cleaning of sidewalls
Long refractory life
Minimal melt loss, reduced possibility of oxidation
Fast melting in proportion to the holding volume
Optimal strength is ensured
Easy and complete access to the furnace chamber for charging and cleaning
Low heat environment due to the virtually enclosed furnace and careful selection of lining components
Sidewalls can be easily accessed from both ends through full width doors at each end
High-alumina refractories, non-wettable to aluminum in the metal contact areas
Wide turndown, high thermal release reduces burners' flame impingement on surface metal
Combustion products are channeled across the charge well surface
Furnaces are pre-piped and pre-wired in the factory prior to shipment
Refractory linings are pre-installed whenever possible