Pioneers in the industry, we offer En Series Steel such as En Series Steel EN 1A, En Series Steel EN 3A, En Series Steel EN2C, En Series Steel EN 3 B, En Series Steel EN5, En Series Steel EN 8 and many more items from India. |
Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
Material Grade | AS per required |
Single Piece Length | AS per required |
Brand | AS per required |
Usage/Application | AS per required |
Shape | AS per required |
Size | AS per required |
Material | AS per required |
Element | Min | Max |
---|---|---|
Carbon, C | 0.07 | 0.15% |
Manganese, Mn | 0.80 | 1.20% |
Silicon, Si | -.-- | 0.10% |
Sulfur, S | 0.2 | 0.3 |
Phosphorous, P | -.-- | 0.07 |
Max Stress | 370-480 n/mm2 Min | dependent on ruling section |
Yield Stress | 240-400 n/mm2 Min | dependent on ruling section |
0.2% Proof Stress | 225-360 n/mm2 Min | dependent on ruling section |
Elongation | 6-10% Min | dependent on ruling section |
BS970: 1955 | EN1A |
BS970/PD970: 1970 onwards | 230M07 |
European | 9SMn28, BS En 11SMn30 |
Worst-off No. | 1.0715 |
US SAE (AISI) | 1213, 1215 |
Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
EN8 also know as 080M40. Unalloyed medium carbon steel. EN8 is a medium strength steel, good tensile strength. Suitable for shafts, stressed pins, studs, keys etc. AISI 1040.
Available as normalized or rolled. EN8 is supplied as round drawn/turned, round hot rolled, hexagon, square, flats and plate.
EN8 is usually supplied untreated but can be supplied to order in the normalized or finally heat treated (quenched and tempered to ”Q” or “R”properties for limiting ruling sections up to 63mm), which is adequate for a wide range of applications. Please refer to our selection guide for comparisons.
EN8 is a very popular grade of through-hardening medium carbon steel, which is readily machinable in any condition. (Refer to our machinability guide). EN8 is suitable for the manufacture of parts such as general-purpose axles and shafts, gears, bolts and studs. It can be further surface-hardened typically to 50-55 HRC by induction processes, producing components with enhanced wear resistance. For such applications the use of EN8D (080A42) is advisable. It is also available in a free-machining version, EN8M (212A42)
EN8 in its heat treated forms possesses good homogenous metallurgical structures, giving consistent machining properties.
Good heat treatment results on sections larger than 63mm may still be achievable, but it should be noted that a fall-off in mechanical properties would be apparent approaching the centre of the bar.
It is therefore recommended that larger sizes of EN8 are supplied in the untreated condition, and that any heat treatment is carried out after initial stock removal. This should achieve better mechanical properties towards the core.
Chemical composition ElementMinMaxCarbon, C0.350.45%Manganese, Mn0.601.0%Silicon, Si0.50.35%Sulphur-.--0.6Phosphorus-.--0.6 Mechanical Properties Max Stress700-850 n/mm 2 Yield Stress465 n/mm 2 Min(up to 19mm LRS)0.2% Proof Stress450 n/mm 2 Min(up to 19mm LRS)Elongation16% Min(12% if cold drawn)Impact KCV28 Joules Min(up to 19mm LRSHardness201-255 Brinell
EN8 Equivalents BS970: 1955EN8BS970/PD970:080M401970 onwards
EuropeanC40, C45, Ck40,Ck45, Cm40, Cm45Werkstoff No.1.0511, 1.1186, 1.1189US SAE (AISI)1039, 1040, 1042, 1043, 1045
Heat Treatment
EN8 or 080m40 can be tempered at a heat of between 550°C to 660°C (1022°F-1220°F), heating for about 1 hour for every inch of thickness, then cool in oil or water.
Normalizing of EN8 bright mild steel takes place at 830-860°C (1526°F-1580°F) then it is cooled in air.
Quenching in oil or water after heating to this temperature will harden the steel.
Chemical Composition of EN8 Steel
Analysis Carbon0.35-0.45%Manganese0.60-1.00%Silicon0.05-0.35%Phosphorous0.06% maxSulphur0.06% max
Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
Properties | Metric | Imperial |
---|---|---|
Hardness, Brinell (typical) | 300 | 33 |
Hardness, Rockwell C (typical) | 30 | 30 |
Tensile strength, ultimate | 965-1030 MPa | 140000-150000 psi |
Tensile strength, yield | 827-862 MPa | 120000-125000 psi |
Elongation at break (in 50 mm (2")) | 20.0% | 20.0% |
Compressive strength | 862 MPa | 125000 psi |
Charpy impact (V-Notch) | 27.1-33.9 J | 20.0-25.0 ft-lb |
Poisson''''s ratio | 0.27-0.30 | 0.27-0.30 |
Elastic modulus | 190-210 GPa | 27557-30457 ksi |
Min U.T.S.on Drawingt kg/mm2 | Mechanical Properties after heat treatment | Typical Appilications | ||
---|---|---|---|---|
U.T.S | Y.S | Elong %min. | ||
Kg/mm2 min | ||||
62 | 63 | 44 | . | Dynamos and motor shafts heat treated bolts,connecting rods and crankshafts |
Carbon Steel
ApplicationQUICK VIEW SYSTEM
MACHINEABILITY – 80
WELDABILITY – Precaution may be required.
HARDENABILITY – Small sizes suitable for induction hardening.
SELECTION GUIDE AND USAGE EXAMPLES – Medium tensile strength. Axles, shafts, spindles and studs –
Metallurgical PropertiesMaterial Grade | Standard |
Shape | Standard |
Size | Standard |
Application | Construction |
Corrosion Resistance | Standard |
Grade | Standard |
Chemical composition |
Carbon | 0.50-0.60% |
Manganese | 0.50-0.80% |
Silicon | 0.05-0.35% |
Phosphorous | 0.06% max |
Sulphur | 0.06% max |
Mechanical Properties |
Condition | Tensile N/mm² | Yield N/mm² | Elongation % | Hardness Brinell |
Normal | 600/700 MPa | 310 MPa | 13.00% | 201-255 |
R | 690/850 MPa | 415 MPa | 14.00% | 201-255 |
S | 770/930 MPa | 480 MPa | 14.00% | 223/277 |
T | 850/1000 MPa | 570 MPa | 12.00% | 248/302 |
Applications |
Annealing |
Hardening |
Tempering |
Heat Treatment |
Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
Application | Construction |
Material Grade | Standard |
Shape | Standard |
Size | As per requirement |
Thickness/Diameter | 0-1 inch, 1-2 inch |
Corrosion Resistance | Standard |
Grade | Standard |
Properties | Metric | Imperial |
---|---|---|
Density | 7.85 g/cc | 0.284 lb/in3 |
Tempering °C | 100 | 150 | 200 | 250 | 300 | 350 |
---|---|---|---|---|---|---|
HRc | 64/63 | 63/62 | 62/61 | 60/59 | 57/56 | 54/53 |
Name of Material | Composition in %of Weight | Thermal Conductivity W/m-k | Density kgm3 | Melting point °C | ||||||
---|---|---|---|---|---|---|---|---|---|---|
C | Mn | Si | Cr | S | P | Mg | ||||
EN-31 IS-103 Crl | 1.5 | 0.52 | 0.22 | 1.3 | 0.05 | 0.05 | - | 46.6 | 7810 | 1540 |
Element | Objective |
---|---|
Tensile Strength | 750 N/mm² |
Yield Stress | 450 N/mm² |
Reduction of Area | 0.45 |
Elongation | 0.3 |
Modulus of elasticity | 215 000 N/mm² |
Density | 7.8 Kg/m3 |
Hardness | 63 HRC |
Element | Objective |
---|---|
Hardening Temperature | 802- 860 C |
Quenching Medium | Oil |
Tempering Temperature | 180- 225 C |
Brinell-Rockwell Hardness | 59 - 65 |
Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
Ask for Price | EN32 is a carbon case hardening steel. Components when carburized have a core strength range of 430-490 N/mm2 , with a hard wearing surface. It is a popular case hardening steel grade for general engineering, readily machineable and weldeable in its supply condition. EN32 is a low tensile steel suited for lightly stressed components. Chemical composition
Commonly used for general engineering lightly stressed applications that are subject to wear, EN32 is suitable for applications such as collets, cams, rollers, bushes, spindles, and gears. Case HardeningBlank carburize EN32 at a temperature between 880-930°C. Refine at temperature of 970-900°C, cool in air, oil or water. HardeningHarden at a temperature of 760-780°C. Quench in water. TemperingTempering is recommended for stress relief and maximum case toughness. Tempering range from 150-200°C. Heat TreatmentHeat treatment temperatures, including rate of heating, cooling and soaking times will vary due to factors such as the shape and size of each steel component. Other considerations during the heat treatment process include the type of furnace, quenching medium and work piece transfer facilities. Please consult your heat treatment provider for full guidance on heat treatment of case hardening steel grades. ForgingHeat slowly and uniformly to 1100°C. After forging cool slowly. AnnealingHeat uniformly to 700°C. Soak well and cool slowly in the furnace WeldingFirstly heat to approximately 100-350°C. Use an unalloyed basic electrode, for welding unalloyed structural steels. NormalisingNormalize at 840-870°C, and cool in air. Stress RelievingAfter rough machining tools should be stress relieved. Soaking time 2 hours after the whole piece has attained a temperature of approximately 675°C. Cool in furnace to approximately 500°C, and then freely in air. |
Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
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Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
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Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
Element | Min | Max |
---|---|---|
Carbon, C | 0.35 | 0.45% |
Manganese, Mn | -.-- | 0.65% |
Silicon, Si | 0.10 | 0.45% |
Nickel, Ni | -.-- | 0.40% |
Molybdenum, Mo | 0.10 | 1.25% |
Chromium,Cr | 1.04 | 1.08% |
Sulfur, S | -.-- | 0.05% |
Phosphorous, P | -.-- | 0.05% |
Aluminium | 0.90 | 1.03 |
Condition | Tensile N/mm² | Yield N/mm² | Elongation % | Izod KCV J | Hardness Brinell |
---|---|---|---|---|---|
R | 700-850 | 480 | 16 | 28 | 201-255 |
S | 775-925 | 525 | 14 | 16 | 223-27 |
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Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
Chemical composition
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Material Grade | Standard |
Shape | Standard |
Size | Standard |
Corrosion Resistance | Standard |
Grade | Standard |
Length | Standard |
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Material Grade | Standard |
Shape | Standard |
Size | Standard |
Application | Construction, Manufacturing |
Corrosion Resistance | Standard |
Grade | Standard |
Element | Min | Max |
---|---|---|
Carbon, C | 0.07 | 0.15% |
Manganese, Mn | 0.80 | 1.20% |
Silicon, Si | -.-- | 0.10% |
Sulfur, S | 0.2 | 0.3 |
Phosphorous, P | -.-- | 0.07 |
Max Stress | 370-480 n/mm2 Min | dependent on ruling section |
Yield Stress | 240-400 n/mm2 Min | dependent on ruling section |
0.2% Proof Stress | 225-360 n/mm2 Min | dependent on ruling section |
Elongation | 6-10% Min | dependent on ruling section |
BS970: 1955 | EN1A |
BS970/PD970: 1970 onwards | 230M07 |
European | 9SMn28, BS En 11SMn30 |
Worst-off No. | 1.0715 |
US SAE (AISI) | 1213, 1215 |
Material Grade | AS per required |
Shape | AS per required |
Size | AS per required |
Corrosion Resistance | AS per required |
Grade | AS per required |
Length | AS per required |
We are a recognized firm in the market, engaged in presenting an excellent quality range of En Series Steel to our customers. This En Series Steel is available with us in various levels of material strength, tensile properties, abrasion resistance and compressive strength. Moreover, these products are available at competitive prices.
Features:
Material Grade | Standard |
Brand | Standard |
Size | Standard |
Material | Standard |
Type | Standard |
Color | Standard |
Application | Manufacturing, Construction |
Material Grade | Standard |
Brand | Standard |
Material | Standard |
Shape | Standard |
Size | Standard |
Surface Finishing | Standard |
Grade | Min | Max |
---|---|---|
Carbon, C | 0.35 | 0.45% |
Manganese, Mn | 0.45 | 0.70% |
Silicon, Si | 0.10 | 0.35% |
Nickel, Ni | 1.3 | 1.8 |
Molybdenum, Mo | 0.20 | 0.35 |
Chromium,Cr | 0.90 | 1.40% |
Sulfur, S | -.-- | 0.05% |
Phosphorous, P | -.-- | 0.05% |
Carbon(C) | Directly influences the hardness and strength of the steel, decreases toughness. |
Chromium(Cr) | Improves Hardenability, high temperature strength, wear resistance and even corrosion resistance(Cr>14%). |
Cobalt(Co) | Improves retention of hardness at high temperatures. |
Molybdenum(Mo) | Increases yield point and strength. Improves Hardenability and wear resistance. Manganese Lowers effects of Iron sulphides, increases hardenability, wear resistance. |
Nickel(Ni) | Increases toughness at lower temperatures, slows the corrosion process. Improves toughness, grain structure, high temperature strength, wear resistance, etc. |
Vanadium(V) | Increases wear resistance, high temperature strength, retention of hardness etc. |
Silicon(Si) | It is a deoxidizing agent. Increases strength and wear resistance. It is of importance that certain elements are as low as possible. Elements like Hydrogen, Oxygen, Nitrogen, Phosphorous, Sulphur create defects inside & also reduce the mechanical properties of steels. |
EN24 Equivalents
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