Product Range

Products & Finishes

Cold Rolled (CR) Products

ProductWidth (mm)Thickness (mm)
MinMaxMinMax
Coils3116000.35.0
Sheets40060000.33.0

Hot Rolled (HR) Products

ProductWidth (mm)Thickness (mm)
MinMaxMinMax
Coils31160026
10001650710
Coils-2E31165026
Sheets400600023

Plates

ProductWidth (mm)Thickness (mm)
MinMaxMinMax
Plates100016201180

ProductDia (mm)Thickness (mm)
MinMaxMinMax
Circle1006000.42
ProductWidth (mm)Length (mm)Thickness (mm)
MinMaxMinMaxMinMax
Mirror5501250200030000.53
Chequered600155060035000.52
Flat Bar30601000500036

Finishes & Applications

Surface FinishType of Process RouteDescriptionApplications
ASTM A480EN 10088-2
No 11DHot Rolled, annealed and pickledThis is a dull, non-reflective finish. Not as smooth as 2D or 2BPipes, tubing, chemical tank, general fabrication
No 2D2DCold Rolled, annealed and pickledSurface is not as smooth as 2B or BADeep drawn utensils, heat exchanger, automotive exhaust systems
No 2B2BCold Rolled, annealed, pickled and skin passedSmoother than 2DFood and beverage industry, kitchen utensils, medical equipment, construction material, dairy equipment
BA2RCold Rolled, bright annealedA smooth, bright, reflective, finish produced in inert atmosphere annealingDecorative usage, kitchen utensils, electric equipment, building construction
N8 (Mirror)Polishing on Cold Rolled material with 2B or BA FinishA Highly bright & reflective finish like Mirror with gloss level more than 600.Decorative usage, lift & elevator panel ,cladding application in building & construction
EmbossingEmbossing through Rolling methodSlip Free finish with Capsule type embossingFlooring application in bus body, railway coaches & other slippery areas.
No 3Cold Rolled, annealed, pickled and polished with 100 to 120 gritGround unidirectional finish. This is not highly reflective.Kitchen and restaurant equipment, food and beverage industry and dairy equipment, medical equipment, architectural structures, building construction
No 4Cold Rolled, annealed, pickled and polished with 150 to 180 gritGround unidirectional finish, generally more smoother then No 3 finish.Kitchen and restaurant equipment, food and beverage industry and dairy equipment, medical equipment, architectural structures, building construction
2JGrinding 2B finish with suitable abrasive belt followed by brushing in the same passNo4 finish with brush polishExternal panels of metro/rail coaches, lift interiors, bus shelters, decorative panels, architectural applications
Scotch BritePolishing with rolls made out of scotch brite materialUnidirectional finish is produced by polishing with scotch brite rolls.This finish is more smoother than No4 finishArchitectural purposes, railway cabins, elevator interiors, panelling, kitchen appliances
Hot Rolled Chequered*1M PatternedChequered Pattern produced in hot strip mill followed by annealing and picklingHot Rolled Chequered Sheets/Plates having raised patterns imparted by hot rolling mills on one surface of the coilIndustrial, walkways, staircase & railway coaches flooring & footrest application

*Chequered Pattern conforms to BIS 3502 (Pattern 1C)

Data Sheet

Jindal Designation/code
%C
(Max)
%Mn
(Max)
%P
(Max)
%S
(Max)
%Si
(Max)
%Cr%Ni%MoN PPM
(Max)
% Others
J-301S30100301X 10Cr17Ni71.43101Cr17Ni7X12CrNi18-8SUS3010.152.000.0450.0301.0016.00-18.006.00-8.001000
J-301LS30103301LX 02Cr17Ni70.0302.000.0450.0301.0016.00-18.006.00-8.002000
J-301LNS30153301LNX02Cr17Ni7N1.4318X2CrNiN18-70.0302.000.0450.0301.0016.00-18.006.00-8.00700-2000
J-304S30400304X04Cr19Ni91.43010Cr18Ni9X5CrNi18-10SUS3040.072.000.0450.0300.75017.50-19.508.00-10.501000
J-304HS30409304HX 07Cr19Ni90.04-0.102.000.0450.0300.7518.00-20.008.00-10.50
J-304LS30403304LX 02Cr19Ni101.4307X2CrNi18-9SUS304L0.0302.000.0450.0300.7517.50-19.508.00-12.001000
J-304LNS30453304LNX 02Cr19Ni10N1.4311X2CrNiN18-10SUS304LN0.0302.000.0450.0300.75018.00-20.008.00-12.001000-1600
J-30815S30815X07Cr21Ni11Ce1.48350.05-0.10.800.040.031.4-2.0020.00-22.0010.00-12.001400-2000Ce=0.03-0.08
J-309SS30908309SX 04Cr23Ni141.48331Cr23Ni13X7CrNi23-14SUS309S0.082.000.0450.0300.7522.00-24.0012.00-15.00
J-310SS31008310SX 04Cr25Ni201.48450Cr25Ni20X12CrNi25-21SUS310S20Ch23N180.082.000.0450.0301.5024.00-26.0019.00-22.00
J-316S31600316X04Cr17Ni12Mo21.44010Cr17Ni12Mo2X5CrNiMo17-12-2SUS3160.082.000.0450.0300.7516.00-18.0010.00-14.002.00-3.001000
J-316LS31603316LX02Cr17Ni12Mo21.440400Cr17Ni14Mo2X2CrNiMo17-13-2SUS316L0.0302.000.0450.0300.7516.00-18.0010.00-14.002.00-3.001000
J-316LNS31653316LNX02Cr17Ni12Mo2N1.4429X2CrNiMoN17-3-3SUS316LN0.0302.000.0450.0300.7516.00-18.0010.00-14.002.00-3.001000-1600
J-316TiS31635316TiX04Cr17Ni12Mo2Ti1.45710Cr18Ni12Mo2TiX6CrNiMoTi17-12-2SUS316Ti10Ch17N13M2T0.082.000.0450.0300.7516.00-18.0010.00-14.002.00-3.001000Ti-5X(C+N) Min., 0.70 Max.
J-317S31700317X 04Cr19Ni13Mo30.082.000.0450.0300.7518.00-20.0011.00-15.003.00-4.001000
J-317LS31703317LX 02Cr19Ni13Mo31.443800Cr19Ni13Mo3X2CrNiMo18-15-4SUS317L0.0302.000.0450.0300.7518.00-20.0011.00-15.003.00-4.001000
J-317LNS31753317LNX02Cr19Ni12Mo3N0.0302.000.0450.0300.7518.00-20.0011.00-15.003.00-4.001000-2200
J-31727S317270.0301.000.0300.0301.0017.50-19.0014.50-16.503.80-4.501500-2100Cu- 2.8-4.0
J-321S32100321X04Cr18Ni10Ti1.45410Cr18Ni10TiX6CrNiTi18-10SUS32108Ch18N10T0.082.000.0450.0300.7517.00-19.009.00-12.001000Ti=5X(C+N) Min., 0.70 Max.
J-347S34700347X04Cr18Ni10Nb1.45500Cr18Ni11NbX6CrNiNb18-10SUS34708Ch18N12B0.0802.000.0450.0300.75017.00-19.009.00-13.00Nb- 10XC Min., 1.00 Max.
J-904LN08904X02Cr21Ni25Cu1.45390.022.000.050.041.0019.00-23.0023.00-28.004.00-5.001000Cu=1.00-2.00
Jindal Designation/code
Tensile Strength (MPA)min.%Yield Strength(MPA)min.%Elongation(min.)Hardness (HRB)max.
J-301S30100301X 10Cr17Ni71.43101Cr17Ni7X12CrNi18-8SUS3015152054095
J-301LS30103301LX 02Cr17Ni755022045100
J-301LNS30153301LNX02Cr17Ni7N1.4318X2CrNiN18-755024045100
J-304S30400304X04Cr19Ni91.43010Cr18Ni9X5CrNi18-10SUS3045152054092
J-304HS30409304HX 07Cr19Ni95152054092
J-304LS30403304LX 02Cr19Ni101.4307X2CrNi18-9SUS304L4851704092
J-304LNS30453304LNX 02Cr19Ni10N1.4311X2CrNiN18-10SUS304LN5152054095
J-30815S30815X07Cr21Ni11Ce1.48356003104095
J-309SS30908309SX 04Cr23Ni141.48331Cr23Ni13X7CrNi23-14SUS309S5152054095
J-310SS31008310SX 04Cr25Ni201.48450Cr25Ni20X12CrNi25-21SUS310S20Ch23N185152054095
J-316S31600316X04Cr17Ni12Mo21.44010Cr17Ni12Mo2X5CrNiMo17-12-2SUS3165152054095
J-316LS31603316LX02Cr17Ni12Mo21.440400Cr17Ni14Mo2X2CrNiMo17-13-2SUS316L4851704095
J-316LNS31653316LNX02Cr17Ni12Mo2N1.4429X2CrNiMoN17-3-3SUS316LN5152054095
J-316TiS31635316TiX04Cr17Ni12Mo2Ti1.45710Cr18Ni12Mo2TiX6CrNiMoTi17-12-2SUS316Ti10Ch17N13M2T5152054095
J-317S31700317X 04Cr19Ni13Mo35152053595
J-317LS31703317LX 02Cr19Ni13Mo31.443800Cr19Ni13Mo3X2CrNiMo18-15-4SUS317L5152054095
J-317LNS31753317LNX02Cr19Ni12Mo3N5502404095
J-31727S317275502453596
J-321S32100321X04Cr18Ni10Ti1.45410Cr18Ni10TiX6CrNiTi18-10SUS32108Ch18N10T5152054095
J-347S34700347X04Cr18Ni10Nb1.45500Cr18Ni11NbX6CrNiNb18-10SUS34708Ch18N12B5152054092
J-904LN08904X02Cr21Ni25Cu1.45394902203590
Jindal Designation/code
%C
(Max)
%Mn
(Max)
%P
(Max)
%S
(Max)
%Si
(Max)
%Cr%Ni%MoN PPM
(Max)
% Others
J-201S-20100201X10Cr17Mn6Ni4N20X12CrMnNiN17-7-5SUS2010.155.5-7.50.0600.0301.0016.00-18.003.50-5.502500
J-201LS-20103201L1.4371X2CrMnNi17-5-50.0305.5-7.50.0450.0300.75016.00 -18.003.50-5.502500
J-201LNS-20153201LNX02Cr17Mn7Ni4N0.0306.4-7.50.0450.0150.75016.00-17.504.00-5.001000-2500Cu = 1.0 Max
J-202S-20200202X10Cr18Mn9Ni5X12CrMnNiN18-9-5SUS2020.1507.5-10.00.0600.0301.0017.00-19.004.00-6.002500
J-204CuS-204300.106.5-9.00.0600.0100.75016.00-17.501.50-3.501000-2000Cu – 2.0-4.0
JSLAUS (J1)0.086.0-8.00.0700.0100.75016.00-18.004.00-6.001000Cu – 1.5-2.0
J-40.108.50-10.00.0800.0100.75015.00-16.001.00-2.002000Cu = 1.5-2.0
JSL U DD0.15(max)9.7 to 10.70.10(max)0.03(max)0.75(max)15.1 to 16.00.45 to 0.60Cu = 1.75-2.50 / N=0.2 Max
JSL U SD0.15(max)9.7 to 10.300.10(max)0.03(max)0.75(max)13.25 to 14.250.40 to 0.50Cu = 1.00-1.50 / N=0.2 Max
JT0.1009.0-10.00.1000.0100.75014.5-16.50.25-0.35Cu = .40-1.00 / N=2000
Jindal Designation/Grade
Tensile Strength MPa (min)Yeild Strength MPa (min)% Elongation (min)Hardness Rockwell B (Max)
J-201S-20100201X10Cr17Mn6Ni4N20X12CrMnNiN17-7-5SUS20165531040100
J-201LS-20103201L1.4371X2CrMnNi17-5-565531040100
J-201LNS-20153201LNX02Cr17Mn7Ni4N65531045100
J-202S-20200202X10Cr18Mn9Ni5X12CrMnNiN18-9-5SUS20262026040100
J-204CuS-2043062031040100
JSLAUS (J1)5502054095
J-465032540100
JSL U DD70035040100
JSL U SD70035040100
JT70035040100
Jindal Designation/code
%C
(Max)
%Mn
(Max)
%P
(Max)
%S
(Max)
%Si
(Max)
%Cr%Ni%MoN PPM
(Max)
% Others
J-410S41000410X12Cr121.40061Cr12X12Cr13SUS4100.08-0.151.000.0400.0301.0011.50-13.500.75 max
J-415S41500X02Cr13Ni4Mn1Mo11.4313X3CrNiMo13-40.050.50-1.000.0300.0300.6011.50-14.003.50-5.500.50-1.00
J-420S42000420X20Cr131.4021X20Cr13SUS420JI0.15 min1.000.0400.0301.0012.00-14.000.75 max0.50 max
J-420J1X 20Cr131.4021SUS 420J10.16-0.251.000.0400.0301.0012.00-14.000.6
J-420J2X 30Cr131.4028SUS 420J20.26-0.401.000.0400.0301.0012.00-14.000.6
J-420MoV1.41160.45-0.551.000.0400.0151.0014.00-15.000.50-0.80V=0.10-0.20
J-431S43100431X 15Cr16Ni21.40571Cr17Ni2X17CrNi16-220Ch17N20.201.000.0400.0301.0015.00-17.001.25-2.50
JBS0.6-0.71.000.0280.0200.7512.50-13.50
J-405S40500405X 04Cr12Al1.40020Cr13AIX6CrAI13SUS4050.081.000.0400.0301.0011.50-14.500.60AI=0.10-0.30
Jindal Designation/code
Tensile Strength (MPA)min.%Yield Strength(MPA)min.%Elongation(min.)Hardness (HRB)max.
J-410S41000410X12Cr121.40061Cr12X12Cr13SUS4104502052096
J-415S41500X02Cr13Ni4Mn1Mo11.4313X3CrNiMo13-47956201532HRC
J-420S42000420X20Cr131.4021X20Cr13SUS420JI6901596
J-420J1X 20Cr131.4021SUS 420J15202251897
J-420J2X 30Cr131.4028SUS 420J25402251999
J-420MoV1.4116850 max12100
J-431S43100431X 15Cr16Ni21.40571Cr17Ni2X17CrNi16-220Ch17N229HRC
JBS
J-405S40500405X 04Cr12Al1.40020Cr13AIX6CrAI13SUS4054151702088
Jindal Designation/code
%C
(Max)
%Mn
(Max)
%P
(Max)
%S
(Max)
%Si
(Max)
%Cr%Ni%MoN PPM
(Max)
% Others
J-409L0.0301.000.0400.0201.0010.50-11.700.50 max300Ti=6X (C+N) Min, 0.75 Max
J-409NiS40975X02Cr12Ni1Ti1.45160.0301.000.0400.0301.0010.50-11.700.50-1.00300Ti=6X(C+N) Min, 0.75 Max
J-410SS41008410SX 04Cr121.40000Cr13X6Cr-13SUS410S0.081.000.0400.0301.0011.50-13.500.60 max
J-430S43000430X07Cr171.40161Cr17X6Cr17SUS4300.121.000.0400.0301.0016.00-18.000.75 max
J-432X02Cr18Mo1TiNbZrSUS 436J1L0.0251.0000.0400.0301.0017.00-20.000.40-.80250Ti/Nb=8X(C+N) Min, 0.80 Max
J-436S43600436X02Cr17Mo1Nb0.1201.000.0400.0301.0016.00-18.000.75-1.25Nb= 5XC Min., 0.70 Max.
J-436LS43932436LX02Cr17Mo2TiNbZrSUS436L0.0251.000.0400.0301.0016.00-19.000.75-1.25250% Nb or & Ti or % combination = 8X (C+N) Min, 0.80 Max
J-439S43035439X02Cr18Ti00Cr18TiX3CrTi170.0301.000.0400.0301.0017.00-19.000.50 max300Ti=0.20+4X (C+N)
J-441S43940X02Cr19TiNb1.4509X2CrTiNb180.0301.000.0400.0151.0017.50-18.50Nb=3X% C+0.3 Min.
J-4440.0251.000.0400.0301.0017.50-19.501.001.75-2.50350(Ti+Nb) 0.20+4(C+N)
J-446S44600X10Cr251.4749X18 CrN280.201.500.0400.0301.0023.00-27.000.752500
Jindal Designation/code
Tensile Strength (MPA)min.%Yield Strength(MPA)min.%Elongation(min.)Hardness (HRB)max.
J-409L3801702088
J-409NiS40975X02Cr12Ni1Ti1.45164152752092
J-410SS41008410SX 04Cr121.40000Cr13X6Cr-13SUS410S4152052289
J-430S43000430X07Cr171.40161Cr17X6Cr17SUS4304502052289
J-432X02Cr18Mo1TiNbZrSUS 436J1L4102452096
J-436S43600436X02Cr17Mo1Nb4502402289
J-436LS43932436LX02Cr17Mo2TiNbZrSUS436L4102452096
J-439S43035439X02Cr18Ti00Cr18TiX3CrTi174152052289
J-441S43940X02Cr19TiNb1.4509X2CrTiNb184302501888
J-4444152752096
J-446S44600X10Cr251.4749X18 CrN285152752096
Jindal Designation/code%C
(Max)
%Mn
(Max)
%P
(Max)
%S
(Max)
%Si
(Max)
%Cr%Ni%MoN PPM
(Max)
% Others
J-409M0.030.8-1.50.0300.0301.0010.50-12.501.50 max300Ti=0.75 Max
Jindal Designation/codeTensile Strength (MPA)min.%Yield Strength(MPA)min.%Elongation(min.)Hardness (HRB)max.
J-409M4502752090
Jindal Designation/code
%C
(Max)
%Mn
(Max)
%P
(Max)
%S
(Max)
%Si
(Max)
%Cr%Ni%MoN PPM
(Max)
% Others
J-2205S-322052205X02Cr22Ni6Mo3N1.44620.0302.000.0300.0201.0022.00-23.004.50-6.503.0-3.501400-2000
J-2304S323042304X02Cr23Ni4CuN1.4362X2CrN N 23-40.0302.500.0400.0301.0021.50-24.503.00-5.500.05-0.60500-2000Cu 0.05 – 0.60
J-32101*0.0404.00-6.000.0400.0301.0021.0-22.01.35-1.700.10-0.800.20-0.25Cu 0.10 – 0.80
Jindal Designation/code
Tensile Strength (MPA)min.%Yield Strength(MPA)min.%Elongation(min.)Hardness (HRB)max.
J-2205S-322052205X02Cr22Ni6Mo3N1.44626554502531HRC
J-2304S323042304X02Cr23Ni4CuN1.4362X2CrN N 23-46004002532HRC
J-32101*7005303031HRC

Grades other than these can also be manufactured. Specific chemical and mechanical properties can also be supplied by mutual agreement.

Benefits of
stainless
steel

Life cycle characteristics of stainless steel is the least expensive choice in a life cycle cost comparison due to its a durability and low maintenance material. Recyclable stainless steel is easily recyclable and fetches a high scrap value.
The cleaning ability of stainless steel makes it possible to use in various industries such as brewery, distillery and pharmaceutical industries.
Stainless steel has a high resistance to corrosion media for the processing industries, pharmaceuticals, chemical industries, mills etc.
The cold work hardening properties of stainless steel can be used in design to reduce material thickness, weight and cost.
Stainless steel is available in many surface finishes resulting in a high quality and pleasing appearance.
Special high chromium and nickel-alloyed grade will be able to retain strength at high temperatures.
Due to high yield strength, it is possible to reduce the material thickness by 20-30% without change in structural strength.
Stainless steel is an extremely tough and highly durable material with high impact resistance. It has low susceptibility to brittleness at high and low temperatures.
Stainless steel due to its inherent properties causes reduction in accidents and leakage.
Stainless steel considerably brings down the breakdown incidence which results in lower cost of operations and maintenance.