BS 2S130 is an austenitic grade of stainless steel stabilised with niobium to prevent carbide precipitation and inter-granular corrosion, especially in welded fabrications. It resists oxidation and scaling and is used up to 900°C for aerospace applications including aircraft exhaust manifolds and other elevated temperature applications.

The weldability of S130 is excellent, and with no post-weld heat treatment required it is particularly suitable for welded structures. Cold formability of the alloy is good.

Related Specifications of S130

  • BS 2S 130D
  • 347S31
  • S34700
  • AMS2640
  • AMS5646
  • MSRR 6522
  • 1.4550
  • X6CrNiNb1810

Nominal Composition of S130

Fe rem, Cr 18.0%, Ni 9.0%, Mn 1.0%, Nb 1.1% max, Mo 1.0% max, C 0.08% max

Mechanical Properties of S130

Ultimate Tensile Strength (N/mm²) Proof Stress (N/mm²) Elongation (%) Hardness (HB)
540 210 35 140-220

Key Features of S130

  • High strength
  • Good oxidation resistance up to 900°C
  • High corrosion resistance

Applications of S130

Aerospace | Aerospace components and fasteners

Other | Breweries, cellulose, industry, dairies, fermentation industry, food processing, leather industry, machine tool industries, nitric acid plants, nuclear engineering, paper mills and production of explosives

Columbia Metals - a leading supplier of S130

With decades of experience and a huge range of stock, Columbia Metals is an industry leader in the supply of S130 and other high quality specialist engineering alloys.

To buy or learn more about S130 contact us now, or fill in the enquiry form on the right hand side and we will be in touch shortly.

  Related Specifications Mechanical Properties
Alloy Name BS UNS BS EN Others Ultimate Tensile Strength N/mm² Minimum Yield Strength N/mm² Elongation % Hardness HB  
Gr­ad­e 31­0 31­0S­31­; 31­0S­24 S3­10­00 AS­TM A2­76 51­0 20­5 40
S3­25­50 / AM­AZ­ON 25­6 S3­25­50 AS­TM A2­40­; AS­TM A4­79 76­0 55­0 25 28­0 ma­x
S3­27­60 / SE­AC­OL-76­0 S3­27­60 F5­5 75­0 55­0 25 28­0 ma­x
S3­18­03 / CO­LD­UP­LE­X S3­18­03 F5­1 62­0 44­8 25 28­0 ma­x
S3­27­50 S3­27­50 F5­3; SA­F2­50­7 76­0-80­0 31­5-55­0 15 28­0 ma­x
17-4P­H S1­74­00 AI­SI 63­0
S8­0 BS 7S 80­D S4­31­00 43­1S­29­, AM­S 56­28 88­0-10­80 69­0 12 25­5-32­1
S1­30 BS 2S 13­0D­; 34­7S­31 S3­47­00 AM­S2­64­0, MS­RR­65­22 54­0 21­0 35 14­0-22­0
Gr­ad­e 14­3D BS 2S 14­3D FV­52­0B 10­80 93­0 15
A-28­6 (6­60­B) S6­62­86 AS­TM A4­53 (G­D 66­0)­; AS­TM A6­38 (G­D 66­0) 89­5 58­5 15 24­8 ma­x