NACE MR0175 Carbon Steel Seamless Pipe Supplier

BS EN ISO 15156-2 Material, Nace Mr0175 Carbon Steel Tube Suppliers


When utilised in environments with high hydrogen production, such as those that produce H2S, API 5L HIC Tested NACE Line Pipe is resistant to hydrogen-induced cracking. The National Association of Corrosion Engineers' recognised specifications and guidelines are followed in the production of NACE MR0175 Seamless Pipe. Regulations for corrosion control are the focus of NACE. One such grade of pipes manufactured in this range is the NACE MR0103 Pipe. These pipes come in a variety of grades, including API 5L and others. Additionally, there are various product specification levels. Schedules 20 to XXS for Carbon Steel HIC Tested NACE Pipe are possible depending on the wall thickness and outer diameter. Wall thicknesses between 2mm and 250mm are possible. The sizes of the HIC Tested NACE Carbon Steel Pipe range from 12 inches to 24 inches. These pipes can be produced using a variety of methods, including SAW, LSAW, HSAW, and EFW. Pipes up to 100 inches in diameter can be produced using some production techniques. The pipes can be silver, black, or any other colour, and they can be polished or painted. The majority of the material in the API 5L HIC Tested NACE Seamless Line Pipe is carbon steel, and the pipes are shaped like circles. Most often, high pressure applications where free hydrogen molecules are liberated are where these pipes are used. Depending on the composition and toughness of the material, the NACE Pipe Welding requires preheating and post-weld heat treatment.


NACE API 5L Carbon Steel Pipe

NACE API 5L Carbon Steel Pipe

API 5L NACE MR0175 Seamless Pipe

API 5L NACE MR0175 Seamless Pipe

HIC Tested NACE Line Welded Pipe

HIC Tested NACE Line Welded Pipe

Table of contents

Wall Thickness In Ready Stock, Find NACE MR0175 Seamless Pipe In Various Sizes

Specification Standard of NACE MR0103 Carbon Steel Pipe
Size 6.35 mm OD to 25.4 mm OD
Thickness 0.6 mm to 2.11 mm 
Specification ASTM / ASME A-213,A-312, A-249, A-269, A-358,A-688, A-554 
Type Seamless, Welded
Length Up to 30 meter
Grade TP-304, 304L, 304H, 316, 316L, 316H, 316Ti, 317, 321, 347, 310, 904L.
HIC Tested NACE Line CS Pipe Standard
  • ASTM A106 Grade B, A, and C
  • ASTM A524 Grade 1 and 2
  • API 5L Seamless Grade B to X42, to X65
  • ASTM A 381 Class 1 Y35 and to Y65
  • ISO 3183-3 Grade L245 to L450
  • Casing and Tubing from API 5CT J55/K55 to T95
  • ATSM A333 Grade 1 and 6
  • ASTM A53 Pipe
Types of NACE MR0175 Seamless Pipe
NACE MR0175 Seamless Carbon Steel Pipes For Heat Exchanger

NACE MR0175 Seamless Carbon Steel Pipes For Heat Exchanger

A53 Grade b CS Steel Pipe Nace 0175

A53 Grade b CS Steel Pipe Nace 0175

Pipe Api Grade 5l X60 16'' Nace Mr0175 Psl1

Pipe Api Grade 5l X60 16'' Nace Mr0175 Psl1

API 5L X52 3lpp Coated Pipe Nace Seamless Steel Pipe

API 5L X52 3lpp Coated Pipe Nace Seamless Steel Pipes

ASTM A335 Grade P91 NACE SAW Carbon Steel Pipes

ASTM A335 Grade P91 NACE SAW Carbon Steel Pipes

API 5L X65 Psl2 Seamless Steel Pipe

API 5L X65 Psl2 Seamless Steel Pipe

2.5 Inch NACE ERW Black Steel Pipes

2.5" Inch NACE ERW Black Steel Pipes

API 5L X52ns Grade P91 Seamless Line Pipes

API 5L X52ns Grade P91 Seamless Line Pipes

one of the largest NACE Pipe Welding manufacturer in India. check Equivalent Properties of NACE Seamless Round Pipe
HIC Tested NACE Seamless Line Pipe Equivalent
NACE MR0175/ISO 15156-1 is applicable to materials used for the following equipment Permitted exclusions
Drilling, well construction and well servicing equipment
  • Equipment only exposed to drilling fluids of controlled composition a
  • Drill bits
  • Blowout preventer (BOP) shear blades b
  • Drilling riser systems
  • Work strings
  • Wire line and wire line equipment c
  • Surface and intermediate casing
Wells, including subsurface equipment, gas lift equipment, wellheads and christmas trees

Sucker rod pumps and sucker rodsd

Electrical submersible pumps

Other artificial lift equipment

Slips
Flowlines, gathering Crude oil storage and handling facilities operating at gauge pressure below 4,3 bar (65 psi)
Sour-water handling equipment -
Natural gas treatment plants -
Transportation pipelines for liquids, gases and multiphase fluids Lines handling gas prepared for domestic use
  • Given the high strength often needed, drilling equipment may not comply with the requirements of this part of NACE MR0175/ISO 15156. In such cases the primary means for avoiding SSC is control of the drilling or well-servicing environment. As service stresses and material hardness increase, drilling fluid control becomes increasingly important. Take care to control the drilling environment by maintenance of drilling fluid hydrostatic head and fluid density to minimize formation fluid in-flow and by one or more of the following procedures:
    • maintenance of pH 10 or higher to neutralize H2S in the drilled formation;
    • use of chemical sulfide scavengers;
    • use of a drilling fluid in which oil is the continuous phase.
  • High strength steels used for blowout preventer (BOP) shear blades are highly susceptible to SSC.
  • Wireline lubricators and lubricator connecting devices shall comply.
  • NACE Standard MR0176 applies to sucker rod pumps and sucker rods.
Chemical Composition of API 5L Nace Mr0175
CHEMICAL COMPOSITION
C Si MN P S V Nb Ti Other Carbon Equivalent
Max (b) Max Max (b) Max Max Max Max Max % maximum
CE(IIW) CE(Pcm)
0.26 - 1.20 0.030 0.030 (c),(d) (c),(d) (d) (a) - -
Difference Between NACE Mr0175 And Mr0103

Production activities and upstream exploration are covered by NACE MR0175, "Sulfide Stress Cracking Resistant Metallic Materials for Oilfield Equipment," whereas refineries employ NACE MR0103, "Materials Resistant to Sulfide Stress Cracking in Corrosive Petroleum Refining Environments." For many metallic materials, such as alloy and low carbon steels, ss, nickel alloys, and other metallic materials, both standards give particular requirements.

Mechanical Properties Table of HIC Tested NACE Carbon Steel Pipe
MECHANICAL REQUIREMENT
Tensile Requirements on Pipe body of welded pipes Ratio Elongation CVN Absorbed Energy Heat Treatment
Yield Strength (R10.5) Tensile Strength (R) R 10.5/ R % 0 degree celsius
PSI Mpa PSI Mpa Max Minimum Min J Min ft. lb Wield Seam Normalizing
SSC Cracking factors

Sulfide Stress cracking affected by following factors

  • Subjected by chemical ingredients, hot treatment and micro structural etc. Influences metallurgy conditions and strength.
  • Hydrogen iron concentration in aqueous phase (Ph index)
  • H2S partial pressure, that is H2S concentration and the overall absolute pressure ratio.
  • Total tensile stress
  • Temperature
  • Exposure time to acid environment
  • Power storage effect
  • Chloride or other halide ions concentration
  • Oxidizing agent
  • Non-secondary fluid (including fluid used for acid excitation and packers)
API 5L NACE CS Pipe Welding Grades
Steel Type Grades Included Comments
Ferritic 405,430, 409, 434, 436, 442, 444, 445, 446, 447, 448 Hardness up  to 22 HRC
Martensitic 410, 420 Hardness up to 22 HRC
Martensitic F6NM Hardness up to 23 HRC
Martensitic S41425 Hardness up to 28 HRC
Austenitic 201, 202, 302, 304, 304L, 305, 309, 310, 316, 316L, 317, 321, 347, S31254(254SMO), N08904(904L), N08926(1925hMo) Solution annealed, no cold work to enhance properties, hardness up to 22 HRC
Austenitic S20910 Hardness up to 35 HRC
Duplex  S31803 (1.4462), S32520 (UR 52N+), S32750 (2507), S32760 (Zeron 100), S32550(Ferralium 255) PREN >30 solution annealed condition, ferrite content 35% to 65%, or 30 to 70% in welds. Note that the general restriction of 28 HRC in previous editions is not found in this latest edition of the standard. There is a specific restriction on HIP'd S31803 to 25HRC. For some applications cold worked material is allowed up to 36HRC

Precipitation Hardening

 17-4 PH 33 HRC Age hardening at 620 deg C
Precipitation Hardening 
 S45000 31 HRC Age hardening at 620 deg C
Precipitation Hardening S66286 35 HRC
Carbon Steel NACE Material
  • The material must not have any cold work done to it that would improve its yield attributes.
  • The highest hardness is Rockwell C 22 (Rockwell B 100, Brinell 256).
  • It is necessary to solution anneal and quench the material, or to anneal and thermally stabilise it.

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