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Planning a Complete Non-Ferrous Melting, Holding and Recycling System
Plan a complete non-ferrous melting, holding and recycling system around alloy flow, melt rate, reserve capacity, scrap recovery, casting output and commissioning.
Industrial Scrap Shredder Selection Before Aluminum Remelting
Select an industrial scrap shredder using material type, piece size, contaminants, target output, throughput, separation, dust control and furnace charging needs.
How to Plan an Aluminum Ingot, Sow or Deox Casting Line
Plan an aluminum ingot, sow or deox casting line using product geometry, metal rate, pouring, cooling, ejection, stacking, safety and upstream furnace capacity.
Selecting a Rotary Scrap or Dross Recycling Furnace for Aluminum Recovery
Compare aluminum rotary scrap and dross recycling furnaces using feedstock, contamination, recovery target, throughput, emissions, dross and casting requirements.
How Aluminum Chip Recycling Furnaces Improve Metal Recovery
Understand aluminum chip recycling furnace selection, including feed preparation, metering, oxidation, dross, melt rate, recovery measurement and downstream casting.
Planning an Aluminum Chip Washing and Drying System Before Remelting
Plan an aluminum chip washing and drying line around alloy, coolant, moisture, fines, tramp metal, throughput, safe storage and furnace demand.
How to Size a Holding Furnace for Die Casting and Foundry Production
Size a gas or electric holding furnace using casting demand, refill quantity, recovery time, transfer losses, reserve capacity, alloy changes and uptime.
Industrial Crucible Furnace Selection for Aluminum, Copper and Brass
Select an industrial crucible furnace by alloy, batch size, energy source, tilting or dip-out method, temperature control, crucible life and maintenance.
How to Select a Stack or Tower Melting Furnace for Aluminum Production
Learn how to specify an aluminum stack or tower melting furnace using charge mix, melt rate, recovery, metal quality, holding demand and plant layout.
Gas vs. Electric Melting Furnaces: How Foundries Should Compare Them
Compare gas and electric melting furnaces by alloy, melt rate, energy supply, emissions, metal quality, controls, maintenance and lifecycle cost.