long-rod c:anp::>site insulators, with
weather sheds rrade of room temperature vulcanizing
silicon rubber CXXTCX)UOds (RIV), ..ere exposed for m3.rly
years to HVAC and HVIX: under realistic O'.)nditions and
natural p::>llution. It 1110s found that tfle shed material,
quite in contrary to the experience gained
fran insulators with~sheds of other organic rraterials
e g EP!l'1 rubber, undergoes a slo..1 degradation which
improves the already superior water repelling properties
of the silicon rubber CXXTCX)unds. The improvenEnt
seems to be due to a low molecular layer which
is produced on the surface of the insulator sheds.
This layer improves the hydrophobicity of the surface,
while protecting the surface fran further de-
Aaation. Weather sheds of p::>rcelain housings O'.)ated
Wh a thin layer of R'.lV give similar results to
those obtained with long-rod silicon rubber insulators.
The RIV O'.)ating, although it led to increased
salt dep::>sit density, reduces the leak currents and
the withstand of the insulator under the sane p::>llution
conditions.
%0 Journal Article
%1 vlastos1989esperience
%A Vlastos, A
%A Sherif, E
%D 1989
%K RTV ageing composite insulator rubber silicon
%T Esperience from Insulators with RTV Silicone Rubber Sheds and Shed Coatings
%X long-rod c:anp::>site insulators, with
weather sheds rrade of room temperature vulcanizing
silicon rubber CXXTCX)UOds (RIV), ..ere exposed for m3.rly
years to HVAC and HVIX: under realistic O'.)nditions and
natural p::>llution. It 1110s found that tfle shed material,
quite in contrary to the experience gained
fran insulators with~sheds of other organic rraterials
e g EP!l'1 rubber, undergoes a slo..1 degradation which
improves the already superior water repelling properties
of the silicon rubber CXXTCX)unds. The improvenEnt
seems to be due to a low molecular layer which
is produced on the surface of the insulator sheds.
This layer improves the hydrophobicity of the surface,
while protecting the surface fran further de-
Aaation. Weather sheds of p::>rcelain housings O'.)ated
Wh a thin layer of R'.lV give similar results to
those obtained with long-rod silicon rubber insulators.
The RIV O'.)ating, although it led to increased
salt dep::>sit density, reduces the leak currents and
the withstand of the insulator under the sane p::>llution
conditions.
@article{vlastos1989esperience,
abstract = {long-rod c:anp::>site insulators, with
weather sheds rrade of room temperature vulcanizing
silicon rubber CXXTC[X)UOds (RIV), ..ere exposed for m3.rly
years to HVAC and HVIX: under realistic O'.)nditions and
natural p::>llution. It 1110s found that tfle shed material,
quite in contrary to the experience gained
fran insulators with~sheds of other organic rraterials
e g EP!l'1 rubber, undergoes a slo..1 degradation which
improves the already superior water repelling properties
of the silicon rubber CXXTC[X)unds. The improvenEnt
seems to be due to a low molecular layer which
is produced on the surface of the insulator sheds.
This layer improves the hydrophobicity of the surface,
while protecting the surface fran further de-
Aaation. Weather sheds of p::>rcelain housings O'.)ated
Wh a thin layer of R'.lV give similar results to
those obtained with long-rod silicon rubber insulators.
The RIV O'.)ating, although it led to increased
salt dep::>sit density, reduces the leak currents and
the withstand of the insulator under the sane p::>llution
conditions.},
added-at = {2020-05-15T14:47:45.000+0200},
author = {Vlastos, A and Sherif, E},
biburl = {https://www.bibsonomy.org/bibtex/2f68ee0e2ff43cfe0226a688f45341b99/chkokalis},
interhash = {28241c6ac14166e8da5c535206ad1cad},
intrahash = {f68ee0e2ff43cfe0226a688f45341b99},
keywords = {RTV ageing composite insulator rubber silicon},
timestamp = {2020-05-15T17:42:56.000+0200},
title = {Esperience from Insulators with RTV Silicone Rubber Sheds and Shed Coatings},
year = 1989
}