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新澳门六合彩投注

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Steel Solution for Energy ＞ OCTG ＞ Material ＞ 13CR

Corrosive Wet Co2 Service

新澳门六合彩投注-13CR-80
新澳门六合彩投注-13CR-85
新澳门六合彩投注-13CR-95
新澳门六合彩投注-HP1-13CR-95
新澳门六合彩投注-HP1-13CR-110
新澳门六合彩投注-HP2-13CR-95
新澳门六合彩投注-HP2-13CR-110

In oil and gas fields which includes CO2 is an increasingly common occurrence. Corrosion has become the major problem for production strings used in environments containing CO2, and there is a great demand for a tubing that has strong resistance to CO2 corrosion. 新澳门六合彩投注 Steel's 新澳门六合彩投注-13CR is a martensitic stainless steel which combines high performance in these corrosive enviroments at a reduced cost.
For fields with more severe conditions including high temperature and containing not only CO2 but small amounts of H2S, 新澳门六合彩投注 Steel developed 新澳门六合彩投注-HP-13CR (HP1 and HP2) material. They are higher strength and outstanding anti-corrosion properties and excellent low-temperature toughness.

a. Specifications

新澳门六合彩投注 Steel can offer various grade of materials and premium joints forvarious applications.

(a) Process of Manufacture

Process : Seamless
Heat Treatment : Quenched and Tempered/Ausformed Tempered

(b) Chemical Composition

(wt %)

Grade C Si
max.		 Mn P
max. 		S
max. 		Cr Ni Mo Cu
max.
新澳门六合彩投注-13CR 0.15~0.22 1.00 0.25~1.00 0.020 0.010 12.0~14.0 max. 0.50 - 0.25
新澳门六合彩投注-HP1-13CR max. 0.04 0.50 max. 0.60 0.020 0.010 12.0~14.0 3.50~4.50 0.80~1.50 -
新澳门六合彩投注-HP2-13CR max. 0.04 0.50 max. 0.60 0.020 0.005 12.0~14.0 4.50~5.50 1.80~2.50 -

(c) Specified Physical Properties (at Ambient Temperature)

Grade Yield Strength Tensile Strength
 Elongation
%		 Hardness
max.
HRC
min. max. min.
psi
(MPa)		 psi
(MPa)		 psi
(MPa)
新澳门六合彩投注-13CR-80 80,000 (552)  95,000 (655)  95,000 (655) API Formula 23
新澳门六合彩投注-13CR-85 85,000 (586) 100,000 (689) 100,000 (689) API Formula 24
新澳门六合彩投注-13CR-95 95,000 (655) 110,000 (758) 105,000 (724) API Formula 27
新澳门六合彩投注-HP1-13CR-95
新澳门六合彩投注-HP2-13CR-95		 95,000 (655) 110,000 (758) 105,000 (724) API Formula 28
30
新澳门六合彩投注-HP1-13CR-110
新澳门六合彩投注-HP2-13CR-110		 110,000 (758) 130,000 (896) 120,000 (827) API Formula 32
32

b. Test Data

(a-1) Effect of Temperature on Corrosion Rate

Effect of Temperature on Corrosion RateEffect of Temperature on Corrosion Rat

(a-2) Effect of CO2 Partial Pressure on Corrosion Rate 

Effect of CO2 Partial Pressure on Corrosion Rate Effect of CO2 Partial Pressure on Corrosion Rate

(a-3) Effect of Cr Content on CO2 Corrosion Rate 

Effect of Cr Content on CO2 Corrosion Rate

(a-4) CO2 Corrosion Test Results of HP1-13CR and conventional 13Cr

CO2 Corrosion Test Results of HP1-13CR and conventional 13Cr

(b-1) C-Ring SSC Test Results of HP1-13CR and conventional 13Cr steels

C-Ring SSC Test Results of HP1-13CR and conventional 13Cr steels

(b-2) U-Bend SSC Test Results of HP1-13CR and conventional 13Cr steels

U-Bend SSC Test Results of HP1-13CR and conventional 13Cr steels

(b-3) Effect of Mo content on the resistance to SSC 

Effect of Mo content on the resistance to SSC

(C) Physical and Thermal Properties (Information Purpose Only) 

Grade Minimum Value Temperature
50 °C
(122 °F)		 100 °C
(212 °F)		 150 °C
(302 °F)		 200 °C
(392 °F)
新澳门六合彩投注-13CR-80 Yield
Strength		 psi
(MPa)		 80,000
(550)		 78,000
(540)		 75,000
(520)		 72,000
(500)
Tensile
Strength 		psi
(MPa)		 98,000
(680)		 95,000
(660)		 91,000
(630)		 90,000
(620)
新澳门六合彩投注-13CR-95 Yield
Strength		 psi
(MPa)		 92,000
(630)		 89,000
(610)		 88,000
(610)		 85,000
(590)
Tensile
Strength 		psi
(MPa)		 106,000
(730)		 101,000
(700)		 98,000
(680)		 95,000
(660)
新澳门六合彩投注-HP1-13CR-95 Yield
Strength		 psi
(MPa)		 98,000
(680)		 97,000
(670)		 96,000
(660)		 94,000
(650)
Tensile
Strength 		psi
(MPa)		 117,000
(810)		 112,000
(770)		 108,000
(740)		 106,000
(730)
新澳门六合彩投注-HP1-13CR-110 Yield
Strength		 psi
(MPa)		 115,000
(790)		 110,000
(760)		 106,000
(730)		 104,000
(720)
Tensile
Strength 		psi
(MPa)		 126,000
(870)		 119,000
(820)		 115,000
(790)		 114,000
(780)
新澳门六合彩投注-HP2-13CR-95 Yield
Strength		 psi
(MPa)		 100,000
(690)		 98,000
(680)		 96,000
(670)		 95,000
(660)
Tensile
Strength 		psi
(MPa)		 125,000
(860)		 120,000
(830) 		115,000
(790)		 113,000
(780)
新澳门六合彩投注-HP2-13CR-110 Yield
Strength		 psi
(MPa)		 109,000
(750)		 106,000
(730) 		103,000
(710)		 101,000
(700)
Tensile
Strength 		psi
(MPa)		 129,000
(890)		 123,000
(850) 		117,000
(810)		 114,000
(790)
Young Modulus Poisson's Ratio Thermal Expansion
新澳门六合彩投注-13CR-80 31,290 ksi (215,700 MPa) 0.30 0.0000099/ °C for 21.1 °C up to 100 °C
0.0000115/ °C for 21.1 °C up to 538 °C

Notes:

-The corrosion testing data in this brochure were obtained from laboratory testing results. Care should always be taken when selecting materials, as operating conditions may change during the period of usage.

-Regarding completion / packer fluid
Care should be taken in the selection of well fluids such as completion/packer fluids used in connection with this material in order to minimize the risk of stress corrosion cracking. 新澳门六合彩投注 recommends that you consult with a person knowledgeable about fluid compatibility with this material in making a selection.
-Cr tubulars have shown a tendency toward localized pitting corrosion when stored in moist environments.
Special precautions during coating, shipping and storage are required.

-Anti-galling connection
Cr tubulars have been categorized as prone to thread galling, 新澳门六合彩投注 Steel recommends to use FOX™ and 新澳门六合彩投注BEAR™ premium connection which overcomes this concem by its special design criteria.

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