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CeRam-Kote PCF is a thin-film, spray applied ceramic epoxy coating engineered to provide excellent chemical resistance and corrosion protection to Oil Country Tubular Goods. CeRam-Kote PCF is a highly modified novalac epoxy resin system that has been heavily loaded with a unique package of ceramic particles enhancing its ability to perform well in a variety of aggressive environments. The formula is highly cross-linked to provide chemical resistance. |
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CeRam-Kote PCF
Product Data Sheet |
About CeRam-Kote PCF |
Mechanical
Properties TZS vs PCF |
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Performance Profiles |
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CeRam-Kote PCF is a thin-film, spray applied
ceramic
epoxy coating engineered to provide excellent chemical
resistance and corrosion protection to Oil Country
Tubular Goods. CeRam-Kote PCF is a highly modified
novalac epoxy resin system that has been heavily loaded
with a unique package of ceramic particles enhancing its
ability to perform well in a variety of aggressive
environments. The formula is highly cross-linked to
provide chemical resistance.
Acidizing Fluids
If well fluids are not hot and stimulation fluids are
charged through the coated tubing in a short period of
time, there is generally little effect if the fluids are
flushed completely through the tubulars. However,
some organic acids and solvents may have a detrimental
effect on certain organic coating systems, especially as
temperatures increase. If stimulation fluids are left in
the tubing, they can reach formation temperature and
cause accelerated attack on the coating. A Freecom
Technical Representative should be consulted when
acidizing is contemplated.
Temperature Pressure Test Conditions Time
Period
200°F (93°C) 8,000 psi 8% NaCl in Tap
WaterToluene/Kerosene @ 1:1
15% Carbon Dioxide Gas
85% Methane Gas
18 hours
300°F (149°C) 5,000 psi Synthetic Seawater
50/50 Kerosene/Toluene
100% Methane Gas
24 hours
194°F (90°C) 5,000 psi Synthetic Seawater50/50
Kerosene/TolueneMethane Gas
24 hours
140°F (60°C) 750 psi 5% NaCl, 0.5% acetic acid in
Tap Water
6% H2S, 4% CO2,90% CH4
720 hours
140°F (60°C) 600 psi 1% NaCl/Distilled Water
Toluene/Kerosene @ 1:1
1% Hydrogen Sulfide
1% Carbon Dioxide Gas
96 hours