143/C, Haji Allarakaha Bldg 9th Khethwadi Lane Mumbai-400004

Hours: 10 am - 6 pm Mon To Sat

+ 91 22 23894572

SAILMA 250HI Structural Steel Plate, S235 Structural High Tensile Steel Plates Distributor, ISO E235B Steel Plate Stockist in Mumbai, India.

S235J2 Structural Steel Sheets, S235JR Plates, IS 2062 E250 C Sheets Exporter, AFNOR E24-2 structural steel plates Dealer, SAILMA 250 Plate Supplier in India.

Conquest Steel & Alloys has an elaborate range of S235 Structural High Tensile Steel Plates, celebrated for their flexibility and sustainability. Our IS 2062 E250 C Structural Steel products help customers to meet their vital project requisites in a cost-efficient manner.

What is S235 Structural High Tensile Steel Plate ?

As IS 2062 E250 A Steel Plate stockists, our S235 C structural high tensile steel plates are compliant to EN 10025: 2004, a European Steel Standard, made from precise steel grades, designed to be lighter but hard-wearing. A minimum yield strength of 33 ksi (at 16mm), these plates serve as the structural floor and roof decks in several buildings.

Some standard symbols used to refer these Structural Steel plates are :
S –Structural Steel
235 –minimum yield strength
J2 / K2 / JR / JO – material toughness
W – Weathering Steel
Z – Structural steel with improved strength perpendicular to the surface
C – Cold-formed

We are ISO E235B Steel Plate suppliers, supplying high tensile plates to multiple industries, having the following features :

1. High Tensile, robust plates

We are exporters of IS 226 structural high tensile steel plates that are very tenacious, made from the finest quality steel and other added alloys to be tough to ‘bear the beat’. If damages occur, they can be handily cut, joint and bolted, requiring no special protection.

2. Increased profit load

IS 2062 E250 B structural high tensile steel plates facilitate an increased load bearing capacity; their lighter bodies handle the extra weight without giving in to pressures. Heavy lifting and moving vehicles built from them increase weight bearing capacity, reduce time and labour cost to increase profits.

3. Flexible and adaptable

Alloying agents like Carbon and Manganese along with Steel lends a malleable nature to S235 W Structural High Tensile Steel Plates, letting them be formed into various structurals that adapt quickly to constantly evolving needs of an edifice, thereby being flexible to changes.

4. Swift construction process

SAILMA 250HI structural steel plates intensify construction works as opposed to the conventional cement use. The reason? They can be utilized as soon as their delivery to the construction site, their accurate bodies providing uniformity. Short erection time leads to Structural steel high tensile plates being favoured in the market.

S235 Structural Steel Plate Specification :

Thickness : 5 mm to 200mm
Width : Up to 3.5 meters wide
Length : Up to 3.5 meters long
Grade : J2 / K2 / JR / JO

S235JR GRADE

Equivalent Grades of S235JR Steel Plate

USA Germany
DIN,WNr
Japan
JIS
France
AFNOR
England
BS
Canada
HG
European old
EN
Belgium
NBN
Spain
UNE
1015
A283C
SSGr.33
RSt37-2
St37-2
SM400A 
SS400
E24-2 40A
40B
230G Fe360B
Fe360BFN 
S235JRG2
AE235B AE235B-FN

China
GB
Sweden
SS
Austria
ONORM
Norway
NS
Russia
GOST
International
ISO
Portugal
NP
India
IS
India
IS 2062
India
Sail
Italy
UNI
Q235A 
Q235B 
Q235D
1311 
1312
RSt360B NS12123 St2ps 
St2sp 
St3ps 
St3sp
E235B 
Fe360B
FE360-B IS226   E250 A Sailma 250 Fe360B

CHEMICAL COMPOSITION of Grade S235JR Steel Plate

  Ladle analysis
Steel grade C
max.
%
Mn
max.
%
Si 
max. 
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
  Nominal thickness
mm
              Nominal thickness
mm
  ≤16 >16
≤40
>40 ≤30 >30
≤40
>40
≤125
S235JR 0,17 0,17 0,20 1,40 - 0.040 0,040 0,012 0,55 - 0,35 0,35 0,38

Mechanical Properties of Grade S235JR Steel Plate

  Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation - A 
Lo = 5,65 * √So (%)
Notch impact test
Steel grade Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature Min. absorbed energy
  ≤16 >16 
≤40
>40 
≤63
>63 
≤80
>80 
≤100
>100 
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C J
S235JR 235 225 215 195 360-510 350-500 26 25 24 22 +20 27

S235JO GRADE

Equivalent Grades of S235JO Steel Plate

Germany
DIN,WNr
Japan
JIS
France
AFNOR
England
BS
European old
EN
Italy
UNI
Belgium
NBN
Spain
UNE
St37-3U SM400B E24-3 40C Fe360C
S235JO
Fe360C AE235C AE235C

China
GB
Sweden
SS
Austria
ONORM
Norway
NS
Russia
GOST
International
ISO
Portugal
NP
India
IS
India
IS 2062
India
Sail
USA
-
Q235C 1312 St360C NS12124 St3ps 
St3sp
E235C FE360-C Fe410-S E250 B Sailma 250HI A284C
A284D

CHEMICAL COMPOSITION of Grade S235JO Steel Plate

  Ladle analysis
Steel grade C
max.
%
Mn
max.
%
Si 
max. 
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
  Nominal thickness
mm
              Nominal thickness
mm
  ≤16 >16
≤40
>40 ≤30 >30
≤40
>40
≤125
S235JR 0,17 0,17 0,20 1,40 - 0.040 0,040 0,012 0,55 - 0,35 0,35 0,38

Mechanical Properties of Grade S235JO Steel Plate

  Minimum yield strength
MPa
Tensile strength Rm
MPa
Minimum elongation - A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade Nominal thickness
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature Min. absorbed energy
  ≤16 >16 
≤40
>40 
≤63
>63 
≤80
>80 
≤100
>100 
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C J
S235J0 235 225 215 195 360-510 350-500 26 25 24 22 0 27

S235J2 GRADE

Equivalent Grades of S235J2 Steel Plate

USA England
BS
European old
EN
China
GB
Russia
GOST
India
IS 2062
India
Sail
A36 40EE Fe360D2
S235J2G4
Q235D 17G1S E250 C Sailma 250HI

CHEMICAL COMPOSITION of Grade S235J2 Steel Plate

  Ladle analysis
Steel grade C
max.
%
Mn
max.
%
Si 
max. 
%
P
max.
%
S
max.
%
N
max.
%
Cu
max.
%
Other
max.
%
CEV
max.
%
  Nominal thickness
mm
              Nominal thickness
mm
  ≤16 >16
≤40
>40 ≤30 >30
≤40
>40
≤125
S235J0 0,17 0,17 0,17 1,40 - 0,030 0,030 - 0,55 - 0,35 0,35 0,38

Mechanical Properties of Grade S235J2 Steel Plate

  Minimum yield strength Reh
MPa
Tensile strength Rm
MPa
Minimum elongation - A
Lo = 5,65 * √So (%)
Notch impact test
Steel grade Nominal thickness 
mm
Nominal thickness
mm
Nominal thickness
mm
Temperature Min. absorbed energy
  ≤16 >16 
≤40
>40 
≤63
>63 
≤80
>80 
≤100
>100 
≤125
>3
≤100
>100
≤125
>3
≤40
>40
≤63
>63
≤100
>100
≤125
°C J
S235J2 235 225 215 195 360-510 350-500 26 25 24 22 -20 27

Enjoying many unique capabilities, they also render a great difference in their areas of Application, ranging from

•    Shopping Malls, Stadiums, aisles, elevators, etc. utilise AFNOR E24-2 structural high tensile steel plates to handle human load due to their sheer tensile power efficiently.

•    Commercial buildings, complex industrial towers, Skyscrapers, factories, etc. require housing a considerable amount of people and machinery, requiring it to be strong yet manageable with simple processes. IS Fe410-S structural steel plates very well serve this purpose.

•    Hardened yet pliable surfaces of BS 40A structural steel plates lend designers the liberties to design structures like train coaches, railway tracks, metro terminals, high-rise buildings, etc. in an artistic fashion, making the visually appealing.

Conquest Steel and Alloys Also Distribution Other Types of S235 Structural Steel Plate Namely :

S235 Structural High Tensile Steel Plates, IS 2062 E250 C Structural Steel Plate, S235 Structural High Tensile Steel Plate, IS 2062 E250 A Steel Plate, S235 C Structural High Tensile Steel Plates, ISO E235B Steel Plate, IS 226 structural high tensile steel plates, IS 2062 E250 B structural high tensile steel plates, S235 W Structural High Tensile Steel Plates, SAILMA 250HI structural steel plates, S235JR Plates, S235JO Steel Plate, S235J2 Steel Sheets, AFNOR E24-2 structural high tensile steel plates, IS Fe410-S structural steel plates, BS 40A structural steel plates, SAILMA 250 Steel plate, EN S235JR, EN S235JO, EN S235J2, DIN RSt37-2, DIN St37-2, JIS SM400A, JIS SS400, AFNOR E24-2, BS 40A, BS 40B, HG 230G, EN Fe360B, EN Fe360BFN, EN S235JRG2, NBN AE235B, UNE AE235B-FN, GB Q235A, GB Q235B, GB Q235D, SS 1311, SS 1312, ONORM RSt360B, NS 12123, GOST St2ps, GOST St2sp, GOST St3ps, GOST St3sp, ISO E235B, ISO Fe360B, NP FE360-B, IS 226, IS 2062 E250A,SAILMA 250, UNI Fe360B, DIN St37-3U, JIS SM400B, AFNOR E24-3, BS 40C, EN Fe360C, UNI Fe360C, NBN AE235C, UNE AE235C, GB Q235C, SS 1312, ONORM St360C, NS 12124, ISO E235C, NP FE360-C, IS Fe410-S, IS 2062 E250B, SAILMA 250HI, A 284C, A 284D, BS 40EE, EN Fe360D2, EN S235J2G4, GB Q235D, GOST 17G1S, IS 2062 E250C, EN S275JR, EN S275JO, EN S275J2, A 529, DIN St44-2, JIS SS400, AFNOR E28-2, BS 43B, HG 260W, EN Fe430B, UNI Fe430B, NP Fe430-B, NBN AE295B, UNE AE255B, GB Q275Z, SS 1412, ONORM St430B, NS 12142, GOST St4ps, GOST St4sp, ISO E275B, IS 2062 E300A, SAILMA 300, DIN St44-3, DIN St44-3U, AFNOR E28-3, BS 43C, EN Fe430C, UNI Fe430C, NP Fe430-C, NBN AE295C, UNE AE255C, GB Q275, ONORM St430C, NS 12143, IS Fe410WA, IS 2062 E300B, SAILMA 300HI, EN Fe430D2, EN S275J2G4, NBN AE295DD, SS 1414-01, IS Fe410WC, IS 2062 E300C, S355JR, A 572, JIS SM490A, JIS SS490, AFNOR A36-2, BS 50B, HG 350W, HG 350WT, EN Fe510B, UNI Fe510B, NP Fe510-B, NBN AE355B, UNE AE355B, GB Q345C, IS 961, IS 2062 E350A, SAILMA 350, S355JO, DIN St52-3U, JIS SS490B, AFNOR A36-3, BS 50C, EN Fe510C, UNI Fe510C, NP Fe510-C, NBN AE355C, UNE AE355C, GB 16Mn, SS 2132-01, SS 2134-01, ONORM St510C, NS 12153, ISO E355C, IS Fe570HT, IS 2062 E350B, SAILMA 350HI, S355J2, A 656, DIN St52-3N, JIS SS490YA, EN Fe510D2, EN S355J2G4, GB Q345D, IS 2062 E350C, S355K2, S355J2+N, DIN 1.0570, JIS SM490, JIS SM490C, JIS SS490C, AFNOR E36-3, BS 50D, EN Fe510D1, EN S355J2G3, UNI Fe510D, UNI Fe510, NBN AE355D, UNE AE355D, SS 2135-01, PN G355, SFS Fe52D, ONORM St510D, ONORM St52F, NS 12153, GOST 17G1S, GOST 17GS, GOST S345, ISO Fe510D, NP Fe510-D, IS 8500 Fe540, IS Fe540WHT, IS 2062 E350C, SAILMA 350HI, EN S420N, DIN 17102: StE420, AFNOR NF A36 201: E420R, GB Q420D, GOST 16G2AF, UNI Fe355KTN, IS 2062 E410A, IS 2062 E410B, IS 2062 E410C, SAILMA 410HI, EN S420NL, DIN 17102: TStE420, AFNOR NF A36 201: E420FP, GB Q420E, S420MH, EN S420MC, DIN QStE420TM, JIS SPFH590, AFNOR E420D, BS HR50F45, UNI Fe420TM, SS 2652, ISO FeE420, S420G1+Q, S420G1+M, S420G2+Q, S420G2+M, S450JO, BS 55C, EN S460N, DIN 17102: StE460, AFNOR NF A36 201: E460R, GB Q460D, GOST 18G2AF, GOST 18G2AFps, UNI Fe460KGN, IS 2062 E450A, IS 2062 E450B, IS 2062 E450C, SAILMA 450HI, EN S460NL, DIN 17102: TStE460, AFNOR NF A36 201: E460FP, GB Q460E, BS 55EE, UNI FeE460KTNS235 Structural Steel Plate Based in Mumbai, India.

We are the best-in-class SAILMA 250 Steel plate Distributors, conveying our excellent products across international markets.

S235 Structural Steel Plate We Supply Globaly :

We Supply Our S235 Structural Steel Plate to various countries like Macau, Nigeria, Gabon, Morocco, Mexico, Slovakia, Croatia, Kazakhstan, Kenya, Ghana, Bulgaria, Hungary, United Kingdom, Sri Lanka, Chile, Algeria, Ukraine, Spain, Poland, Greece, Israel, Russia, United States, Poland, Belarus, Finland, India, Namibia, Qatar, Thailand, Afghanistan, Iran, Ireland, Chile, Jordan, Costa Rica, Estonia, Indonesia, Bangladesh, Germany, New Zealand, Portugal, Ecuador, Netherlands, Puerto Rico, Malaysia, Vietnam, Zimbabwe, Bhutan, Hong Kong, Saudi Arabia, South Korea, Argentina, Nigeria, Yemen, Iran, Canada, Lithuania, Philippines, United Arab Emirates, Kuwait, Singapore, Oman, Czech Republic, Gambia, South Africa, Bahrain, Belgium, Sweden, Angola, Pakistan, Denmark, Iraq, Italy, Japan, Bolivia, Peru, Taiwan, Libya, Nepal, Tibet, Norway, Romania, Azerbaijan, Mongolia, Colombia, Serbia, Austria, Switzerland, Trinidad & Tobago,Tunisia, Venezuela, Mexico, China, France, Brazil, Turkey, Egypt, Australia, Lebanon.

S235 Structural Steel Plate We Supply Worldwide :

We Supply Our S235 Structural Steel Plate to various cities like Busan, Geoje-si, Nagpur, Algiers, Dallas, Baroda, Edmonton, Al Jubail, Gimhae-si, London, Ulsan, Tehran, Bhopal, Bogota, Melbourne, Vadodara, Ahvaz, Calgary, Thiruvananthapuram, Dammam, Visakhapatnam, Milan, Noida, Mumbai, Sharjah, Hong Kong, Pune, Nashik, Toronto, Colombo, Gurgaon, Indore, Jakarta, Granada, Hyderabad, Atyrau, Lahore, Rajkot, Moscow, Ludhiana, Chennai, Secunderabad, Port-of-Spain, Coimbatore, Madrid, Rio de Janeiro, Montreal, New Delhi, Kuala Lumpur, Al Khobar, Surat, Ranchi, Navi Mumbai, Aberdeen, Thane, Abu Dhabi, Haryana, Kuwait City, Ankara, Brisbane, Lagos, New York, Jaipur, Houston, Courbevoie, Muscat, Singapore, Petaling Jaya, Santiago, Chiyoda, Caracas, Manama, Vung Tau, Karachi, Ernakulam, Bangkok, Los Angeles, Doha, Jamshedpur, Kanpur, Ho Chi Minh City, Istanbul, Mexico City, Sydney, Kolkata, Chandigarh, Jeddah, La Victoria, Perth, Hanoi, Bengaluru, Ahmedabad, Faridabad, Pimpri-Chinchwad, Seoul, Howrah, Cairo, Dubai, Riyadh.