In order to understand the phenomenon of corrosion of galvanised tubes for plumbing applications, a study has been undertaken in the laboratory by treating five sets of galvanised tubes in varying cement compositions prepared synthetically for a period of over 45 days. Correlations have been drawn as to the optimal performance of the tubes with respect to the mineralogical phases of the cement.
AndradeM. C.: in ‘Galvanised reinforcement in concrete in surface coating-2’, (ed. WilsonA. D.et al.), 137–182; 1979, New York, Elsevier Applied Science.
2.
BenturA., DiamandS. and BerkeN. S.: ‘Steel corrosion in concrete’, 1st edn; 1997, London, E&FN spon, An imprint of Chapman and Hall.
3.
MukerjiJ. and AmerJ.: Ceram. Soc., 1965, 48, 210.
4.
CottinB., CottonB. and CementoI. Z.: 1978, 75, 177.
5.
WagmanD. D., EvansW. H., ParkerV. B., SchummR. H., HarlowI., BaileyS. M., ChurneyK. L. and NuttallR. L.: ‘The NBS Tables of Chemical of Chemical Thermodynamic Properties’; J. Phys. Chem., 1982, 392.
6.
YeomansS. R.: Corrosion, 1994, 50, (1), 72–81.
7.
DarwinA. B. and ScantleburyJ. D.: Corrosion Science, 1999, 2, 9.
8.
PrincetonNJ; ‘From application note AC-1’; 1984, Oak Ridge, TN, USA, EG & G Princeton Applied Research.
9.
BogueR. H.: Ind. Eng. Chem., 1929, 1, 192.
10.
BanerjeaH. N.: ‘Technology of Portland cement and blended cements’, 2–10; 1980, Allahabad, Wheeler Publishing.
11.
GhoshS. N.: ‘Advances in cement technology’; 1983, New York Pergamon Press.
12.
PerayK. E.: ‘Cement manufacturing handbook’; 1979, New York, Chemical Publishing Co.