Casting Design Allowances: squeeze_casting

Casting process design allowances — linear and volumetric shrinkage percentages, external and internal draft angles, minimum wall thickness, surface finish Ra, ISO 8062-3 dimensional tolerance grades (CT1-CT16), typical and maximum part weight ranges, relative cost, and production rate for 7 casting processes (sand, investment/lost-wax, die casting HPDC, permanent mold, centrifugal, shell mold, squeeze casting) across 11 alloy families (gray iron, ductile iron, carbon steel, stainless steel, aluminum A356/A380, copper alloys, zinc, magnesium, titanium Ti-6Al-4V, nickel superalloy)

Mechanical Engineeringcasting_process: squeeze_casting3 rows
casting processalloy familydimensional tolerance grade achievabledimensional tolerance grade typicaldraft angle deg external (deg)draft angle deg internal (deg)linear shrinkage pct (%)max practical weight kg (kg)min wall thickness mm (mm)notesproduction rate parts per hour typical (parts/hr)relative costsurface finish Ra um typical (um)typical lot size min (pieces)typical weight range kg max (kg)typical weight range kg min (kg)volumetric shrinkage pct (%)
squeeze_castingaluminum_A356CT3CT50.5111002Direct squeeze casting; T6 heat treatable; near-HPDC surface; aerospace/auto20very_high2100200.053
squeeze_castingaluminum_A380CT3CT50.5111002Indirect squeeze (ССSС); weld-repairable; lower porosity than HPDC20very_high2100200.053
squeeze_castingmagnesiumCT3CT50.511302Thixocasting variant; AZ31/AZ91; aerospace weight-critical parts15very_high2100100.023.5

This is a sample. Search the full casting design allowances dataset and 300+ more by creating a free account and accessing the database.

Get started for FREE

Related data