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SUPERNOVA 400 Slickline

28
 
UNS S32205 S31803 WN 1.4462  PRE: 31.7- 37
 
Supernova 400® is a tried and tested cost-effective solution for service in corrosive oil and gas wells with medium concentrations of CO2, Chlorides and H2S.
 
Manufactured in Switzerland and certified to 9001: 2008 all Supernova Slicklines are fully traceable, 100% Weld Free, 100% Eddy Current Tested and Wrap Tested.
 
All are produced with a consistent, tightly controlled surface finish, wire helix and wire cast for optimal spooling and in-service performance.
 
 
 
Key Characteristics
 
  • Suitable for service in wells with a maximum H2S partial pressure of 3 psi
 
  • Very good in high CO2 of up to 30% with zero H2S
 
  • Very good corrosion resistance in concentrations of CO2  up to 35% with no H2S
 
  • Excellent in high Chloride concentrations of up to 30%
 
  • High tensile strength providing high break loads
 
  • High resistance to pitting and stress corrosion cracking (SCC) in environments with chloride and CO2.
 
  • Can be used in High Temperatures up to 280°C
 
 

Key Data
 
Standard Diameter
(Inches)

  		Min Breaking Load
(lbf)
  		Min Tensile
(N/mm2)     (Ksi) 
  		Nominal Weight
(lbs/ 1000ft)
  		Minimum Slickline Stretch
(Inch/100ft/ 100lb) 		Minimum Sheave Diameter
(Inches)
0.092 1630 1690 245 22.48 0.78 11
0.108 2240 1620 239 30.95 0.57 13
0.125 2850 1550 232 41.49 0.42 15
0.140 3500 1530 227 52.10 0.34 17
0.160 4200 1480 209 68.03 0.26 20

Tolerance +/-0.001" – other diameters are available on request

 
 
Chemical Composition
 
Element   C Si Mn P S Cr Mo Cu Ni N
 
Weight %
Min - - - - - 21.00 2.50 - 4.50 0.15
Max 0.03 1.00 2.00 0.035 0.015 23.00 3.40 - 6.00 0.20
 

 
Corrosion Resistance PRE Number (PRE)
 
PRE: 31.7- 37
 
PRE = Cr + 3.3 x Mo + 16 x N
 
Pitting Resistance Equivalent numbers (PRE) are a way of comparing the pitting corrosion resistance of
various stainless steels based on the levels of chromium, molybdenum and nitrogen they contain with the most frequently used formula and Novametal’s preferred method for calculating PRE numbers being :
 
PRE = Chromium + 3.3 x Molybdenum + 16 x Nitrogen.
 
Some suppliers may use a factor of 30 x N, resulting in a marginally inflated PRE Number.
 
 

Other Slickline Grades

 24

27


29

30

To request for a detailed specification of these wireline (slicklines), please