The Technology of Heavy Non-ferrous Metals and Alloys: Copper, Nickel, Zinc, Tin, Lead |
Contents
APPLICATION | 97 |
Atmospheric ExposureArchitectural Uses | 115 |
Water Distribution Plumbing Heating and Ventilating | 131 |
Copyright | |
7 other sections not shown
Common terms and phrases
acid additions aluminium brass aluminium bronze annealing anodes antimony applications atmosphere billet brazing carbon casting cathodic chromium cold-working components condenser cooling copper alloys copper and copper copper-base alloys cupro-nickel deoxidized dezincification die-casting die-casting alloys dioxide ductility effect electrical conductivity electrical resistivity electrolytic extrusion fatigue films flux furnace gunmetal hard heat-treatment heating important impurities in./year Inconel increased iron lead alloys lubricant machining manganese materials mechanical properties melting metals and alloys molten Monel mould nickel alloys Nickel silver nickel-base alloys Nimonic non-ferrous normally obtained occur operation oxide particularly Phosphor bronze phosphorus pipes pitting precipitation-hardening pressure production protective range rates of attack reduced relatively removed residual rolling Sand cast sea water sheet silicon bronze soils soldering solutions specimens steel stress stress-relieving suitable sulphide sulphur surface Table temperature tensile strength tests thermal tin bronze tons/in² tube-plates tubes usually welding wire zinc