Materials Selection for Process Plants |
From inside the book
Results 1-3 of 45
Page 71
Because of the superior resistance of the austenitic stainless steels to nitric acid ,
the high silicon irons have not been too widely used in this service . However , in
chloride - contaminated nitric acid , the stainless steels are generally useless ...
Because of the superior resistance of the austenitic stainless steels to nitric acid ,
the high silicon irons have not been too widely used in this service . However , in
chloride - contaminated nitric acid , the stainless steels are generally useless ...
Page 110
The alloy is virtually unattacked by nitric acid unless the temperature exceeds
250°F and the concentration exceeds 70 per cent ; above these limits the rate of
deterioration is accentuated and excessive attack is apparent for fuming nitric
acid ...
The alloy is virtually unattacked by nitric acid unless the temperature exceeds
250°F and the concentration exceeds 70 per cent ; above these limits the rate of
deterioration is accentuated and excessive attack is apparent for fuming nitric
acid ...
Page 117
In nitric acid , “ Ni - o - nel ” is fully resistant to all concentrations at room
temperature whereas the useful concentration is ... A distinct advantage of this
alloy is its resistance to nitric acid containing small amounts of chlorides and
fluorides and ...
In nitric acid , “ Ni - o - nel ” is fully resistant to all concentrations at room
temperature whereas the useful concentration is ... A distinct advantage of this
alloy is its resistance to nitric acid containing small amounts of chlorides and
fluorides and ...
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
INTRODUCTION | 1 |
CATHODIC PROTECTION | 23 |
IRON AND STEEL | 44 |
Copyright | |
4 other sections not shown
Other editions - View all
Common terms and phrases
abrasion acid addition alkalies alloys aluminum annealed anode applications atmospheres attack austenitic base brasses carbon carbon steel cast iron cause cements cent characteristics chemical resistance chloride cleaning coat combination common COMPANY compounds concentrations conductivity construction containing continuous cooling copper corrosion corrosion resistance cost cracking ductility effect electrical elevated Elongation environments equipment excellent exposure fabrication film given grades gray greater handled hardness heat heat-treatment improved increase industries lead limited lining lower machining material maximum mechanical properties metal method Monel natural nickel nitric normally occurs operating organic oxidizing paint performed physical pipe plastic prevent protection range readily recommended reducing removed rubber salts silicon sodium hypochlorite solutions solvents stainless steels stress structure suitable sulfuric acid superior surface Table temperature tensile strength thermal thickness tion titanium Type Typical welding widely wrought zinc