Product Range

Products & Finishes

Cold Rolled (CR) Products

Product	Width (mm)		Thickness (mm)
Product	Min	Max	Min	Max
Coils	31	1600	0.3	5.0
Sheets	400	6000	0.3	3.0

Hot Rolled (HR) Products

Product	Width (mm)		Thickness (mm)
Product	Min	Max	Min	Max
Coils	31	1600	2	6
Coils	1000	1650	7	10
Coils-2E	31	1650	2	6
Sheets	400	6000	2	3

Plates

Product	Width (mm)		Thickness (mm)
Product	Min	Max	Min	Max
Plates	1000	1620	11	80

Product	Dia (mm)		Thickness (mm)
Product	Min	Max	Min	Max
Circle	100	600	0.4	2

Product	Width (mm)		Length (mm)		Thickness (mm)
Product	Min	Max	Min	Max	Min	Max
Mirror	550	1250	2000	3000	0.5	3
Chequered	600	1550	600	3500	0.5	2
Flat Bar	30	60	1000	5000	3	6

Finishes & Applications

Surface Finish		Type of Process Route	Description	Applications
ASTM A480	EN 10088-2	Type of Process Route	Description	Applications
No 1	1D	Hot Rolled, annealed and pickled	This is a dull, non-reflective finish. Not as smooth as 2D or 2B	Pipes, tubing, chemical tank, general fabrication
No 2D	2D	Cold Rolled, annealed and pickled	Surface is not as smooth as 2B or BA	Deep drawn utensils, heat exchanger, automotive exhaust systems
No 2B	2B	Cold Rolled, annealed, pickled and skin passed	Smoother than 2D	Food and beverage industry, kitchen utensils, medical equipment, construction material, dairy equipment
BA	2R	Cold Rolled, bright annealed	A smooth, bright, reflective, finish produced in inert atmosphere annealing	Decorative usage, kitchen utensils, electric equipment, building construction
N8 (Mirror)	–	Polishing on Cold Rolled material with 2B or BA Finish	A Highly bright & reflective finish like Mirror with gloss level more than 600.	Decorative usage, lift & elevator panel ,cladding application in building & construction
Embossing	–	Embossing through Rolling method	Slip Free finish with Capsule type embossing	Flooring application in bus body, railway coaches & other slippery areas.
No 3	–	Cold Rolled, annealed, pickled and polished with 100 to 120 grit	Ground 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 4	–	Cold Rolled, annealed, pickled and polished with 150 to 180 grit	Ground 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
2J	–	Grinding 2B finish with suitable abrasive belt followed by brushing in the same pass	No4 finish with brush polish	External panels of metro/rail coaches, lift interiors, bus shelters, decorative panels, architectural applications
Scotch Brite	–	Polishing with rolls made out of scotch brite material	Unidirectional finish is produced by polishing with scotch brite rolls.This finish is more smoother than No4 finish	Architectural purposes, railway cabins, elevator interiors, panelling, kitchen appliances
Hot Rolled Chequered*	1M Patterned	Chequered Pattern produced in hot strip mill followed by annealing and pickling	Hot Rolled Chequered Sheets/Plates having raised patterns imparted by hot rolling mills on one surface of the coil	Industrial, 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	%Mo	N PPM (Max)	% Others
J-301	S30100	301	X 10Cr17Ni7	1.4310	1Cr17Ni7	X12CrNi18-8	SUS301	–	0.15	2.00	0.045	0.030	1.00	16.00-18.00	6.00-8.00	–	1000
J-301L	S30103	301L	X 02Cr17Ni7	–	–	–	–	–	0.030	2.00	0.045	0.030	1.00	16.00-18.00	6.00-8.00	–	2000
J-301LN	S30153	301LN	X02Cr17Ni7N	1.4318	–	X2CrNiN18-7	–	–	0.030	2.00	0.045	0.030	1.00	16.00-18.00	6.00-8.00		700-2000	–
J-304	S30400	304	X04Cr19Ni9	1.4301	0Cr18Ni9	X5CrNi18-10	SUS304	–	0.07	2.00	0.045	0.030	0.750	17.50-19.50	8.00-10.50		1000
J-304H	S30409	304H	X 07Cr19Ni9	–	–	–	–	–	0.04-0.10	2.00	0.045	0.030	0.75	18.00-20.00	8.00-10.50	–	–	–
J-304L	S30403	304L	X 02Cr19Ni10	1.4307	–	X2CrNi18-9	SUS304L	–	0.030	2.00	0.045	0.030	0.75	17.50-19.50	8.00-12.00	–	1000	–
J-304LN	S30453	304LN	X 02Cr19Ni10N	1.4311	–	X2CrNiN18-10	SUS304LN	–	0.030	2.00	0.045	0.030	0.750	18.00-20.00	8.00-12.00		1000-1600
J-30815	S30815		X07Cr21Ni11Ce	1.4835	–	–	–	–	0.05-0.10	.80	0.04	0.03	1.4-2.00	20.00-22.00	10.00-12.00		1400-2000	Ce=0.03-0.08
J-309S	S30908	309S	X 04Cr23Ni14	1.4833	1Cr23Ni13	X7CrNi23-14	SUS309S	–	0.08	2.00	0.045	0.030	0.75	22.00-24.00	12.00-15.00	–	–	–
J-310S	S31008	310S	X 04Cr25Ni20	1.4845	0Cr25Ni20	X12CrNi25-21	SUS310S	20Ch23N18	0.08	2.00	0.045	0.030	1.50	24.00-26.00	19.00-22.00	–	–	–
J-316	S31600	316	X04Cr17Ni12Mo2	1.4401	0Cr17Ni12Mo2	X5CrNiMo17-12-2	SUS316	–	0.08	2.00	0.045	0.030	0.75	16.00-18.00	10.00-14.00	2.00-3.00	1000
J-316L	S31603	316L	X02Cr17Ni12Mo2	1.4404	00Cr17Ni14Mo2	X2CrNiMo17-13-2	SUS316L	–	0.030	2.00	0.045	0.030	0.75	16.00-18.00	10.00-14.00	2.00-3.00	1000
J-316LN	S31653	316LN	X02Cr17Ni12Mo2N	1.4429	–	X2CrNiMoN17-3-3	SUS316LN	–	0.030	2.00	0.045	0.030	0.75	16.00-18.00	10.00-14.00	2.00-3.00	1000-1600
J-316Ti	S31635	316Ti	X04Cr17Ni12Mo2Ti	1.4571	0Cr18Ni12Mo2Ti	X6CrNiMoTi17-12-2	SUS316Ti	10Ch17N13M2T	0.08	2.00	0.045	0.030	0.75	16.00-18.00	10.00-14.00	2.00-3.00	1000	Ti-5X(C+N) Min., 0.70 Max.
J-317	S31700	317	X 04Cr19Ni13Mo3	–	–	–	–	–	0.08	2.00	0.045	0.030	0.75	18.00-20.00	11.00-15.00	3.00-4.00	1000	–
J-317L	S31703	317L	X 02Cr19Ni13Mo3	1.4438	00Cr19Ni13Mo3	X2CrNiMo18-15-4	SUS317L	–	0.030	2.00	0.045	0.030	0.75	18.00-20.00	11.00-15.00	3.00-4.00	1000	–
J-317LN	S31753	317LN	X02Cr19Ni12Mo3N	–	–	–	–	–	0.030	2.00	0.045	0.030	0.75	18.00-20.00	11.00-15.00	3.00-4.00	1000-2200	–
J-31727	S31727	–	–	–	–	–	–	–	0.030	1.00	0.030	0.030	1.00	17.50-19.00	14.50-16.50	3.80-4.50	1500-2100	Cu- 2.8-4.0
J-321	S32100	321	X04Cr18Ni10Ti	1.4541	0Cr18Ni10Ti	X6CrNiTi18-10	SUS321	08Ch18N10T	0.08	2.00	0.045	0.030	0.75	17.00-19.00	9.00-12.00	–	1000	Ti=5X(C+N) Min., 0.70 Max.
J-347	S34700	347	X04Cr18Ni10Nb	1.4550	0Cr18Ni11Nb	X6CrNiNb18-10	SUS347	08Ch18N12B	0.080	2.00	0.045	0.030	0.750	17.00-19.00	9.00-13.00	–		Nb- 10XC Min., 1.00 Max.
J-904L	N08904	–	X02Cr21Ni25Cu	1.4539	–	–	–	–	0.02	2.00	0.05	0.04	1.00	19.00-23.00	23.00-28.00	4.00-5.00	1000	Cu=1.00-2.00

Jindal Designation/code	Tensile Strength (MPA)min.	%Yield Strength(MPA)min.	%Elongation(min.)	Hardness (HRB)max.
J-301	S30100	301	X 10Cr17Ni7	1.4310	1Cr17Ni7	X12CrNi18-8	SUS301	–	515	205	40	95
J-301L	S30103	301L	X 02Cr17Ni7	–	–	–	–	–	550	220	45	100
J-301LN	S30153	301LN	X02Cr17Ni7N	1.4318	–	X2CrNiN18-7	–	–	550	240	45	100
J-304	S30400	304	X04Cr19Ni9	1.4301	0Cr18Ni9	X5CrNi18-10	SUS304	–	515	205	40	92
J-304H	S30409	304H	X 07Cr19Ni9	–	–	–	–	–	515	205	40	92
J-304L	S30403	304L	X 02Cr19Ni10	1.4307	–	X2CrNi18-9	SUS304L	–	485	170	40	92
J-304LN	S30453	304LN	X 02Cr19Ni10N	1.4311	–	X2CrNiN18-10	SUS304LN	–	515	205	40	95
J-30815	S30815		X07Cr21Ni11Ce	1.4835	–	–	–	–	600	310	40	95
J-309S	S30908	309S	X 04Cr23Ni14	1.4833	1Cr23Ni13	X7CrNi23-14	SUS309S	–	515	205	40	95
J-310S	S31008	310S	X 04Cr25Ni20	1.4845	0Cr25Ni20	X12CrNi25-21	SUS310S	20Ch23N18	515	205	40	95
J-316	S31600	316	X04Cr17Ni12Mo2	1.4401	0Cr17Ni12Mo2	X5CrNiMo17-12-2	SUS316	–	515	205	40	95
J-316L	S31603	316L	X02Cr17Ni12Mo2	1.4404	00Cr17Ni14Mo2	X2CrNiMo17-13-2	SUS316L	–	485	170	40	95
J-316LN	S31653	316LN	X02Cr17Ni12Mo2N	1.4429	–	X2CrNiMoN17-3-3	SUS316LN	–	515	205	40	95
J-316Ti	S31635	316Ti	X04Cr17Ni12Mo2Ti	1.4571	0Cr18Ni12Mo2Ti	X6CrNiMoTi17-12-2	SUS316Ti	10Ch17N13M2T	515	205	40	95
J-317	S31700	317	X 04Cr19Ni13Mo3	–	–	–	–	–	515	205	35	95
J-317L	S31703	317L	X 02Cr19Ni13Mo3	1.4438	00Cr19Ni13Mo3	X2CrNiMo18-15-4	SUS317L	–	515	205	40	95
J-317LN	S31753	317LN	X02Cr19Ni12Mo3N	–	–	–	–	–	550	240	40	95
J-31727	S31727	–	–	–	–	–	–	–	550	245	35	96
J-321	S32100	321	X04Cr18Ni10Ti	1.4541	0Cr18Ni10Ti	X6CrNiTi18-10	SUS321	08Ch18N10T	515	205	40	95
J-347	S34700	347	X04Cr18Ni10Nb	1.4550	0Cr18Ni11Nb	X6CrNiNb18-10	SUS347	08Ch18N12B	515	205	40	92
J-904L	N08904	–	X02Cr21Ni25Cu	1.4539	–	–	–	–	490	220	35	90

Austeitic Cr-Mn*

Chemical Composition
Mechanical Properties

Jindal Designation/code	%C (Max)	%Mn (Max)	%P (Max)	%S (Max)	%Si (Max)	%Cr	%Ni	%Mo	N PPM (Max)	% Others
J-201	S-20100	201	X10Cr17Mn6Ni4N20	–	–	X12CrMnNiN17-7-5	SUS201	–	0.15	5.5-7.5	0.060	0.030	1.00	16.00-18.00	3.50-5.50	–	2500	–
J-201L	S-20103	201L	–	1.4371	–	X2CrMnNi17-5-5	–	–	0.030	5.5-7.5	0.045	0.030	0.750	16.00 -18.00	3.50-5.50	–	2500	–
J-201LN	S-20153	201LN	X02Cr17Mn7Ni4N	–	–	–	–	–	0.030	6.4-7.5	0.045	0.015	0.750	16.00-17.50	4.00-5.00	–	1000-2500	Cu = 1.0 Max
J-202	S-20200	202	X10Cr18Mn9Ni5	–	–	X12CrMnNiN18-9-5	SUS202	–	0.150	7.5-10.0	0.060	0.030	1.00	17.00-19.00	4.00-6.00	–	2500	–
J-204Cu	S-20430	–	–	–	–	–	–	–	0.10	6.5-9.0	0.060	0.010	0.750	16.00-17.50	1.50-3.50	–	1000-2000	Cu – 2.0-4.0
JSLAUS (J1)	–	–	–	–	–	–	–	–	0.08	6.0-8.0	0.070	0.010	0.750	16.00-18.00	4.00-6.00	–	1000	Cu – 1.5-2.0
J-4	–	–	–	–	–	–	–	–	0.10	8.50-10.0	0.080	0.010	0.750	15.00-16.00	1.00-2.00	–	2000	Cu = 1.5-2.0
JSL U DD	–	–	–	–	–	–	–	–	0.15(max)	9.7 to 10.7	0.10(max)	0.03(max)	0.75(max)	15.1 to 16.0	0.45 to 0.60	–	–	Cu = 1.75-2.50 / N=0.2 Max
JSL U SD	–	–	–	–	–	–	–	–	0.15(max)	9.7 to 10.30	0.10(max)	0.03(max)	0.75(max)	13.25 to 14.25	0.40 to 0.50	–	–	Cu = 1.00-1.50 / N=0.2 Max
JT	–	–	–	–	–	–	–	–	0.100	9.0-10.0	0.100	0.010	0.750	14.5-16.5	0.25-0.35	–	–	Cu = .40-1.00 / N=2000

Jindal Designation/Grade	Tensile Strength MPa (min)	Yeild Strength MPa (min)	% Elongation (min)	Hardness Rockwell B (Max)
J-201	S-20100	201	X10Cr17Mn6Ni4N20	–	–	X12CrMnNiN17-7-5	SUS201	–	655	310	40	100
J-201L	S-20103	201L	–	1.4371	–	X2CrMnNi17-5-5	–	–	655	310	40	100
J-201LN	S-20153	201LN	X02Cr17Mn7Ni4N	–	–	–	–	–	655	310	45	100
J-202	S-20200	202	X10Cr18Mn9Ni5	–	–	X12CrMnNiN18-9-5	SUS202	–	620	260	40	100
J-204Cu	S-20430	–	–	–	–	–	–	–	620	310	40	100
JSLAUS (J1)	–	–	–	–	–	–	–	–	550	205	40	95
J-4	–	–	–	–	–	–	–	–	650	325	40	100
JSL U DD	–	–	–	–	–	–	–	–	700	350	40	100
JSL U SD	–	–	–	–	–	–	–	–	700	350	40	100
JT	–	–	–	–	–	–	–	–	700	350	40	100

Martensitic

Chemical Composition
Mechanical Properties

Jindal Designation/code	%C (Max)	%Mn (Max)	%P (Max)	%S (Max)	%Si (Max)	%Cr	%Ni	%Mo	N PPM (Max)	% Others
J-410	S41000	410	X12Cr12	1.4006	1Cr12	X12Cr13	SUS410	–	0.08-0.15	1.00	0.040	0.030	1.00	11.50-13.50	0.75 max	–	–	–
J-415	S41500	–	X02Cr13Ni4Mn1Mo1	1.4313	–	X3CrNiMo13-4	–	–	0.05	0.50-1.00	0.030	0.030	0.60	11.50-14.00	3.50-5.50	0.50-1.00	–	–
J-420	S42000	420	X20Cr13	1.4021	–	X20Cr13	SUS420JI	–	0.15 min	1.00	0.040	0.030	1.00	12.00-14.00	0.75 max	0.50 max	–	–
J-420J1	–	–	X 20Cr13	1.4021	–	–	SUS 420J1	–	0.16-0.25	1.00	0.040	0.030	1.00	12.00-14.00	0.6	–	–	–
J-420J2	–	–	X 30Cr13	1.4028	–	–	SUS 420J2	–	0.26-0.40	1.00	0.040	0.030	1.00	12.00-14.00	0.6	–	–	–
J-420MoV	–	–	–	1.4116	–	–	–	–	0.45-0.55	1.00	0.040	0.015	1.00	14.00-15.00	–	0.50-0.80	–	V=0.10-0.20
J-431	S43100	431	X 15Cr16Ni2	1.4057	1Cr17Ni2	X17CrNi16-2	–	20Ch17N2	0.20	1.00	0.040	0.030	1.00	15.00-17.00	1.25-2.50	–	–	–
JBS	–	–	–	–	–	–	–	–	0.6-0.7	1.00	0.028	0.020	0.75	12.50-13.50	–	–	–	–
J-405	S40500	405	X 04Cr12Al	1.4002	0Cr13AI	X6CrAI13	SUS405	–	0.08	1.00	0.040	0.030	1.00	11.50-14.50	0.60	–	–	AI=0.10-0.30

Jindal Designation/code	Tensile Strength (MPA)min.	%Yield Strength(MPA)min.	%Elongation(min.)	Hardness (HRB)max.
J-410	S41000	410	X12Cr12	1.4006	1Cr12	X12Cr13	SUS410	–	450	205	20	96
J-415	S41500	–	X02Cr13Ni4Mn1Mo1	1.4313	–	X3CrNiMo13-4	–	–	795	620	15	32HRC
J-420	S42000	420	X20Cr13	1.4021	–	X20Cr13	SUS420JI	–	690	–	15	96
J-420J1	–	–	X 20Cr13	1.4021	–	–	SUS 420J1	–	520	225	18	97
J-420J2	–	–	X 30Cr13	1.4028	–	–	SUS 420J2	–	540	225	19	99
J-420MoV	–	–	–	1.4116	–	–	–	–	850 max	–	12	100
J-431	S43100	431	X 15Cr16Ni2	1.4057	1Cr17Ni2	X17CrNi16-2	–	20Ch17N2	–	–	–	29HRC
JBS	–	–	–	–	–	–	–	–	–	–	–	–
J-405	S40500	405	X 04Cr12Al	1.4002	0Cr13AI	X6CrAI13	SUS405	–	415	170	20	88

Ferritic

Chemical Composition
Mechanical Properties

Jindal Designation/code	%C (Max)	%Mn (Max)	%P (Max)	%S (Max)	%Si (Max)	%Cr	%Ni	%Mo	N PPM (Max)	% Others
J-409L	–	–	–	–	–	–	–	–	0.030	1.00	0.040	0.020	1.00	10.50-11.70	0.50 max	–	300	Ti=6X (C+N) Min, 0.75 Max
J-409Ni	S40975	–	X02Cr12Ni1Ti	1.4516	–	–	–	–	0.030	1.00	0.040	0.030	1.00	10.50-11.70	0.50-1.00	–	300	Ti=6X(C+N) Min, 0.75 Max
J-410S	S41008	410S	X 04Cr12	1.4000	0Cr13	X6Cr-13	SUS410S	–	0.08	1.00	0.040	0.030	1.00	11.50-13.50	0.60 max	–	–	–
J-430	S43000	430	X07Cr17	1.4016	1Cr17	X6Cr17	SUS430	–	0.12	1.00	0.040	0.030	1.00	16.00-18.00	0.75 max	–	–	–
J-432	–	–	X02Cr18Mo1TiNbZr	–	–	–	SUS 436J1L	–	0.025	1.000	0.040	0.030	1.00	17.00-20.00	–	0.40-.80	250	Ti/Nb=8X(C+N) Min, 0.80 Max
J-436	S43600	436	X02Cr17Mo1Nb	–	–	–	–	–	0.120	1.00	0.040	0.030	1.00	16.00-18.00	–	0.75-1.25	–	Nb= 5XC Min., 0.70 Max.
J-436L	S43932	436L	X02Cr17Mo2TiNbZr	–	–	–	SUS436L	–	0.025	1.00	0.040	0.030	1.00	16.00-19.00	–	0.75-1.25	250	% Nb or & Ti or % combination = 8X (C+N) Min, 0.80 Max
J-439	S43035	439	X02Cr18Ti	–	00Cr18Ti	X3CrTi17	–	–	0.030	1.00	0.040	0.030	1.00	17.00-19.00	0.50 max	–	300	Ti=0.20+4X (C+N)
J-441	S43940	–	X02Cr19TiNb	1.4509	–	X2CrTiNb18	–	–	0.030	1.00	0.040	0.015	1.00	17.50-18.50	–	–	–	Nb=3X% C+0.3 Min.
J-444	–	–	–	–	–	–	–	–	0.025	1.00	0.040	0.030	1.00	17.50-19.50	1.00	1.75-2.50	350	(Ti+Nb) 0.20+4(C+N)
J-446	S44600	–	X10Cr25	1.4749	–	X18 CrN28	–	–	0.20	1.50	0.040	0.030	1.00	23.00-27.00	0.75	–	2500	–

Jindal Designation/code	Tensile Strength (MPA)min.	%Yield Strength(MPA)min.	%Elongation(min.)	Hardness (HRB)max.
J-409L	–	–	–	–	–	–	–	–	380	170	20	88
J-409Ni	S40975	–	X02Cr12Ni1Ti	1.4516	–	–	–	–	415	275	20	92
J-410S	S41008	410S	X 04Cr12	1.4000	0Cr13	X6Cr-13	SUS410S	–	415	205	22	89
J-430	S43000	430	X07Cr17	1.4016	1Cr17	X6Cr17	SUS430	–	450	205	22	89
J-432	–	–	X02Cr18Mo1TiNbZr	–	–	–	SUS 436J1L	–	410	245	20	96
J-436	S43600	436	X02Cr17Mo1Nb	–	–	–	–	–	450	240	22	89
J-436L	S43932	436L	X02Cr17Mo2TiNbZr	–	–	–	SUS436L	–	410	245	20	96
J-439	S43035	439	X02Cr18Ti	–	00Cr18Ti	X3CrTi17	–	–	415	205	22	89
J-441	S43940	–	X02Cr19TiNb	1.4509	–	X2CrTiNb18	–	–	430	250	18	88
J-444	–	–	–	–	–	–	–	–	415	275	20	96
J-446	S44600	–	X10Cr25	1.4749	–	X18 CrN28	–	–	515	275	20	96

Ferritic + Martensetic

Chemical Composition
Mechanical Properties

Jindal Designation/code	%C (Max)	%Mn (Max)	%P (Max)	%S (Max)	%Si (Max)	%Cr	%Ni	%Mo	N PPM (Max)	% Others
J-409M	0.030	.8-1.5	0.040	0.030	1.00	10.50-12.50	1.50 max	–	300	Ti=0.75 Max

Jindal Designation/code	Tensile Strength (MPA)min.	%Yield Strength(MPA)min.	%Elongation(min.)	Hardness (HRB)max.
J-409M	450	275	20	90

Duplex (Austenitic + Ferritic)

Chemical Composition
Mechanical Properties

Jindal Designation/code	%C (Max)	%Mn (Max)	%P (Max)	%S (Max)	%Si (Max)	%Cr	%Ni	%Mo	N PPM (Max)	% Others
J-2205	S-32205	2205	X02Cr22Ni6Mo3N	1.4462	–	–	–	–	0.030	2.00	0.030	0.020	1.00	22.00-23.00	4.50-6.50	3.0-3.50	1400-2000	–
J-2304	S32304	2304	X02Cr23Ni4CuN	1.4362	–	X2CrN N 23-4	–	–	0.030	2.50	0.040	0.030	1.00	21.50-24.50	3.00-5.50	0.05-0.60	500-2000	Cu 0.05 – 0.60
J-32101*	–	–	–	–	–	–	–	–	0.040	4.00-6.00	0.040	0.030	1.00	21.0-22.0	1.35-1.70	0.10-0.80	0.20-0.25	Cu 0.10 – 0.80

Jindal Designation/code	Tensile Strength (MPA)min.	%Yield Strength(MPA)min.	%Elongation(min.)	Hardness (HRB)max.
J-2205	S-32205	2205	X02Cr22Ni6Mo3N	1.4462	–	–	–	–	655	450	25	31HRC
J-2304	S32304	2304	X02Cr23Ni4CuN	1.4362	–	X2CrN N 23-4	–	–	600	400	25	32HRC
J-32101*	–	–	–	–	–	–	–	–	700	530	30	31HRC

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.

Life Cycle Cost
Hygienic Properties
Corrosion Resistance
Strength
Aesthetic Appeal
Fire & Heat Resistance
Strength-to-Weight Ratio
Impact Resistance
Safety
Low Operational Cost & Maintenance

Product Range

Products & Finishes

Cold Rolled (CR) Products

Hot Rolled (HR) Products

Plates

Finishes & Applications

Data Sheet

Austeitic Cr-Ni*

Austeitic Cr-Mn*

Martensitic

Ferritic

Ferritic + Martensetic

Duplex (Austenitic + Ferritic)

Benefits of
stainless
steel

JINDAL STAINLESS STEELWAY LIMITED

PRODUCTS

MEDIA

CONTACT

Product Range

Products & Finishes

Cold Rolled (CR) Products

Hot Rolled (HR) Products

Plates

Finishes & Applications

Data Sheet

Austeitic Cr-Ni*

Austeitic Cr-Mn*

Martensitic

Ferritic

Ferritic + Martensetic

Duplex (Austenitic + Ferritic)

Benefits of stainless steel

Benefits of
stainless
steel