Materials Selection for Process Plants |
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Page 87
... austenitic stainless steels . Like the martensitic group , they are straight chromium steels and contain from 15-30 per cent chromium with minimum amounts of carbon . The carbon content is controlled to a low ... STAINLESS STEELS 87 Ferritic.
... austenitic stainless steels . Like the martensitic group , they are straight chromium steels and contain from 15-30 per cent chromium with minimum amounts of carbon . The carbon content is controlled to a low ... STAINLESS STEELS 87 Ferritic.
Page 90
... stainless alloys are prone to stress - crack- ing . The resistance to most organic chemicals is excellent ; those which tend to hydrolize ... AUSTENITIC STAINLESS STEELS Carbon 90 MATERIALS SELECTION FOR PROCESS PLANTS Austenitic-300 Series.
... stainless alloys are prone to stress - crack- ing . The resistance to most organic chemicals is excellent ; those which tend to hydrolize ... AUSTENITIC STAINLESS STEELS Carbon 90 MATERIALS SELECTION FOR PROCESS PLANTS Austenitic-300 Series.
Page 97
... austenitic stainless steels have excellent resistance to nitric acid in all concentrations and at all temperatures . Most nitric acid plants are fabricated from Type 304 stainless steel . These steels also finds application in the ...
... austenitic stainless steels have excellent resistance to nitric acid in all concentrations and at all temperatures . Most nitric acid plants are fabricated from Type 304 stainless steel . These steels also finds application in the ...
Contents
FANSTEEL METALLURGICAL CORPORA | 1 |
HERCULES POWDER COMPANY | 8 |
JESSOP STEEL COMPANY | 16 |
Copyright | |
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abrasion acid addition alkalies alloys aluminum aluminum alloys amounts annealed anode applications atmospheres attack austenitic base brasses carbon carbon steel cast iron cause cements cent characteristics chemical resistance chloride coat cold-working combination common composition compounds concentrations conductivity construction containing continuous cooling copper corrosion resistance cracking ductility effect electrical elevated Elongation environments equipment excellent expansion fabrication given grades gray greater handled hardness heat heat-treatment improved increase industries lead less limited lower machining material maximum mechanical properties metal method Monel nickel nitric normally occurs operating organic oxidizing paint performed physical pipe pitting plastic prevent produced protection range readily recommended reducing removed rubber salts severe silicon solutions solvents stainless steels strength psi stress structure suitable sulfuric acid superior surface Table temperature tensile strength thermal tion titanium Type Typical welding widely wrought zinc