Anti-Corrosion Methods and Materials: Volume 13 Issue 4

Subjects:

Table of contents

PROTECTION OF EQUIPMENT IN STORAGE AND TRANSIT

F.H. Bayley

It is to be hoped that the days when costly equipment was allowed to rot between the time it was made and delivered or installed are over. How methods of protecting equipment…

Protection against atmospheric corrosion of industrial plant

Peter W. Sherwood

OXYGEN, HUMIDITY, air pollutants, and dust are the chief causes of atmospheric corrosion in industrial plant and equipment. Oxygen, of course, is always present in air at a…

On scale/metal entanglement in low‐alloy steels

K. Sachs, C.W. Tuck, J. Barlow

TWO nickel‐bearing commercial steels were oxidised in the range 1100°–1250°C for up to 8 hr. in air and CO2. The increase in thickness of the scale and the inner layer with…

Corrosion resistance of lead alloy anodes in sea‐water at high temperatures

E. Sato, M. Kashiwabara, S. Yoshida

The corrosion characteristics of lead alloy anodes for cathodic protection in sea‐water, at high or normal temperatures, were not available in detailed reports. A sea‐water intake…

Cover of Anti-Corrosion Methods and Materials

ISSN:

0003-5599

Online date, start – end:

1954

Copyright Holder:

Emerald Publishing Limited

Open Access:

hybrid

Editor:

  • Professor Yu Yan