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Tag Archives: white iron
Metal Casting Simulation: Disamatic Bearing Cap Fill, Vertically Parted Mold
The waterfall action of the metal entering each cavity is a nightmare and needs to be eliminated. You are certain to find that the first “dribbles” of metal entering the cavity will end up as an “inclusion” in the casting. … Continue reading →
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Tagged AFS, Alloy Casting Industries, bob puhakka, carbon steel, cast iron, casting defects, computer modelling, corrosion resistant, ductile iron, Engineering, Foundry, foundry methoding, gating, gray iron, heat resistant, impellers, inclusions, metal casting simulation, metal casting technology, metallurgy, methoding, mold, molten metal, pumps, risers, SFSA, solidification, sprue, stainless steel, virtual reality, wear resistant, white iron
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Metal Casting Simulation – Vertically Parted Mold
The fill and feed system for this 30 lb. stainless steel casting was simulated at Alloy Casting Industries in New Hamburg, Ontario Canada. The window on the left shows the temperature profile during the pour. Top of the scale is … Continue reading →
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Tagged AFS, Alloy Casting Industries, bob puhakka, carbon steel, cast iron, casting defects, computer modelling, corrosion resistant, ductile iron, Engineering, Foundry, foundry methoding, gating, gray iron, heat resistant, impellers, inclusions, metal casting simulation, metal casting technology, metallurgy, methoding, mold, molten metal, pumps, risers, SFSA, solidification, sprue, stainless steel, virtual reality, wear resistant, white iron
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Metal Casting Simulation – Alloy Steel Impeller
This simulation was performed at Alloy Casting Industries in New Hamburg, Ontario Canada. The casting is a 200 lb. alloy steel impeller. For more information call Alloy Casting Industries at 519-662-3111 or visit us on the web at www.alloycasting.com Duration … Continue reading →
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Tagged AFS, Alloy Casting Industries, bob puhakka, carbon steel, cast iron, casting defects, computer modelling, corrosion resistant, ductile iron, Engineering, Foundry, foundry methoding, gating, gray iron, heat resistant, impellers, inclusions, metal casting simulation, metal casting technology, metallurgy, methoding, mold, molten metal, pumps, risers, SFSA, solidification, sprue, stainless steel, virtual reality, wear resistant, white iron
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Metal Casting Technology: Naturally Pressurized Disamatic Fill System (alloy=gray iron)
The use of some very specific design parameters can result in a beautifully balanced metal delivery system sure to produce great castings. Note: this design is iteration one and the precise balance is easily adjustable for the final production design. … Continue reading →
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Tagged AFS, Alloy Casting Industries, bob puhakka, carbon steel, cast iron, casting defects, computer modelling, corrosion resistant, ductile iron, Engineering, Foundry, foundry methoding, gating, gray iron, heat resistant, impellers, inclusions, metal casting simulation, metal casting technology, metallurgy, methoding, mold, molten metal, pumps, risers, SFSA, solidification, sprue, stainless steel, virtual reality, wear resistant, white iron
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Casting Brass Valves in Green Sand Molds
Quick video showing the pouring of brass valves in green sand molds. Alloy:C83600, induction melted, Sinto automatic molding machine. Duration : 0:3:32
Posted in brass casting
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Tagged AFS, Alloy Casting Industries, bob puhakka, carbon steel, cast iron, casting defects, computer modelling, corrosion resistant, ductile iron, Engineering, Foundry, foundry methoding, gating, gray iron, heat resistant, impellers, inclusions, metal casting simulation, metal casting technology, metallurgy, methoding, mold, molten metal, pumps, risers, SFSA, solidification, sprue, stainless steel, virtual reality, wear resistant, white iron
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3 Comments