Carbon Steel Bars

Product Details:

CK60 steel is one of the higher carbon content (0.60%) steels. It is more difficult to fabricate than the lower carbon grades.

Designation by Standards:

• Mat No1.1221
• DIN Ck65
• EN -
• AISI 1060

Soft Annealing:

• Heat to 650-700°C, cool slowly in furnace. This will produce a maximum Brinell hardness of 241.
• Hardening: Harden from a temperature of 800-830°C, 810-840°C followed by water or oil quenching. Normalizing
• Normalizing temperature (°C): 820-850°C.
• Tempering: Tempering temperature: 540-680°C. Forging
• Hot forming temperature: 1100-850°C.
• Machinability: Machinability of CK60 and all of the higher carbon steels is relatively poor.
• CK60 rates at 55 to 60 % that of the AIS11112 steel which is considered 100% machinable Corrosion Resistance
• This steel is not corrosion resistant, it will rust unless protected.

Welding:

• CK60 steel is weldable by all of the welding methods. However with its higher carbon content it is important to use both pre-heat at 150 to 260°C and post-heat at 590 to 650°C practice per an approved welding procedure.
• Cold working is difficult even in the annealed condition although it may be done by conventional methods but requires greater force than the lower carbon steels.

Chemical Composition:

Mechanical Properties in Normalized Condition:

Mechanical Properties in Quenched+Tempered Condition:

 

Product Details:

We Offer All kind of En Series like EN8, EN9, EN19, EN24, EN31, EN353, EN36C, EN41B, 

Product Details:

Steel grade S355J2G3 is a low carbon, high strength structural steel which can be readily welded to other weldable steel. With its low carbon equivalent, it possesses good cold-forming properties. The plate is produced by fully killed steel process and supplied in n normalized or controlled rolling condition. S355J2G3 steel has its own features and its use is quite wide. Because of adding Cr, Cu and Ni, oxide layer forms stick firmly on the work piece surface. This oxide layer prevents further corrosion of the steel.

The mechanical properties:

Heat treatment conditions:

Comparison of steel grades:

 

Product Details:

IS 2062 E250 A Carbon Steel Round Bars to be welded using CO2 as shielding gas. Welding speed is select as process variable while arc voltage, welding current, wire feed rate distance between the nozzle and the plates are fixed in this experiment. The effect of weld speed on the weld bead profile is been discussed with the effect of weld speed on the fusion angle and wetting angle. The effect of weld speed on the weld bead dilution i.e. penetration area and reinforcement area also be discussed.

Product Details:

Product Details:

The steel alloy possesses the physical properties of density, reactivity, young’s modulus, and electrical and thermal conductivity almost same as those of its elements, but the engineering properties are much different.

Those properties of steel alloy are:

• High tensile strength
• High shear strength
• Free-Cutting Steel 12L14 =SUM24L/ 1215 =SUM23 / 1144 =SUM43

 

Mechanical Properties:

Product Details:

C55 Carbon Steel Bar are the steels having carbon as the major alloying element. They also contain up to 1.2% manganese and 0.4% silicon. In addition, the residual elements like copper, molybdenum, aluminium, chromium and nickel are present in these steels.

Heat Treatment:

• Normalize at 1550° to 1625°F (843° to 885°C)
• Full anneal at 1525° to 1600°F (829° to 871°C) before furnace cooling
• Process anneal at 1100° to 1225°F (593° to 663°C) after cold working
• Harden

Heat to 1450° to 1525°F (788° to 829°C):

• Oil or water quench
• Temper
• May be oil or water quenched

Machinability:

• Sulfured or chlorinated cutting oils for high-speed steel cutters
• No oil for carbide-tip tools

Grind carbide-tip tools:

• 6-12° side rake
• 2-8° back rake
• 6-10° side and end relief
• 8-12° end cutting-edge angle
• 8-16° side cutting-edge angel
• 1/32” nose radius

Grind high-speed steel turning tools:

• 8-12° side rake
• 6-10° back rake
• 7-9° side and end relief
• 12-16° side cutting-edge angle
• 8-14° end cutting-edge angle
• Nose radius 10% of cut depth

Workability:

• Hot work 2200° to 1800°F (1204° to 982°C)
• Intermediate annealing required for considerable cold working
• Fully anneal when further cold work will follow extensive cold work

Mechanical PropertiesShow 102550100 entriesSearch:

Product Details:

We are offering C45 Hot Rolled Carbon Steel Round Bars to our clients.

Product Details:

This is a higher carbon (0.30%) manganese steel in the plain carbon steel alloy family. It provides greater strength than the lower carbon grades while still retaining reasonable ductility.

Designation by Standards:

• Mat No1.1178
• DIN Ck30
• EN -AISI 1030

Soft Annealing:

• A full anneal is accomplished at 870 to 980°C followed by slow cooling in the furnace.
• A stress relief anneal may be done at 540°C.

Hardening:

• Heat treat at 810 to 870°C and water quench, followed by a tempering treatment.

Tempering:

• Temper, after heat treat and quench, at 320 to 540°C depending upon strength level desired

Forging:

• Hot forming temperature: 1050-850°C.

Machinabilty:

• Machinabilty of CK30 steel is rated at 70% that of the AIS11112 steel considered to be 100% machinable as a reference.

Corrosion Resistance:

• This is a plain carbon steel and will rust unless protected.

Welding:

• CK30 steel may be welded by all methods.
• In heavy sections it is advisable to pre-heat at 150 to 260°C and post-heat at 540 to 650°C for welding.

Cold working:

• Cold working of CK30 steel in the annealed condition may be don by conventional methods.
• A fuU or stress relief anneal may be needed after cold working.

Chemical Composition:

Mechanical Properties of grade Ck30:

 

Product Details:

Description: C50 is a medium carbon steel is used when greater strength and hardness is desired than in the as rolled’ condition.

Soft Annealing:

• Heat to 680-710°C, cool slowly in furnace.
• Normalizing temperature: 840-880°C/air.
• Harden from a temperature of 820-860°C followed by water or oil quenching.
• Tempering temperature: 550-660°C/air.
• Forging: Hot forming temperature: 1050-850oC. Applications

Soft Annealing:

• Heat to 680-710oC, cool slowly in furnace. Normalizing: Normalizing temperature: 840-880oC/air.
• Hardening: Harden from a temperature of 820-860oC followed by water or oil quenching.
• Tempering: Tempering temperature: 550-660oC/air.
• Forging: Hot forming temperature: 1050-850oC.

Properties of grade C50 Weldability:

• Due to the medium-high carbon content it can be welded with some precautions.
• It has a low hardenability in water or oil; fit for surface hardening that gives this steel grade a high hardness of the hardened shell.

Mechanical Properties:

Coefficient of Linear Thermal Expansion 10^-6 °C^-1:

Equivalent grades of grade C40 (warning only for reference):

Mechanical properties:

 

 

Product Details:

The following are EN10250 C30 steel chemical composition and mechanical properties.Chemical composition

Mechanical Properties:


Equivalent grades of grade C30 (warning only for reference):
Mechanical Properties:
Heat Treatment Conditions:

1N/mm2=1MPa Heat treatment conditions:

Product Details:

AISI 1045 steel is a medium tensile steel supplied in the black hot rolled or normalized condition. It has a tensile strength of 570 – 700 MPa and Brinell hardness ranging between 170 and 210. AISI 1045 steel is characterized by good weldability, good machinability, and high strength and impact properties in either the normalized or hot rolled condition. AISI 1045 steel has a low through-hardening capability with only sections of size around 60 mm being recommended as suitable for tempering and through-hardening. However, it can be efficiently flame or induction hardened in the normalized or hot rolled condition to obtain surface hardnesses in the range of Rc 54 – Rc 60 based on factors such as section size, type of set up, quenching medium used etc. AISI 1045 steel lacks suitable alloying elements and hence does not respond to the nitriding process

Machining:

• AISI 1045 steel has good machinability in normalized as well as the hot rolled condition.
• Based on the recommendations given by the machine manufacturers, operations like tapping, milling, broaching, drilling, turning and sawing etc.
• Can be carried out on AISI 1045 steel using suitable feeds, tool type and speeds.

Welding:

• Certain facts about welding of AISI 1045 steel are:
• The workpiece is
• AISI 1045 steel is readily welded when correct procedure is followed.
• Welding AISI 1045 steel in through-hardened, tempered and flame or induction hardened condition is not recommended.
• Low hydrogen electrodes are preferred for welding AISI 1045 steel.
• Pre-heated at 200°C–300°C (392°F – 572°F)
• Maintained at the same temperature during welding
• Cooled slowly using sand, ashes etc and
• Stress relieved at 550°C – 660°C (1022°F – 1220°F).

 

AISI 1045 is subjected to the following processes:

• Forging
• Annealing
• Normalizing
• Stress relieving
• Hardening
• Tempering

Forging:

• Heat to 850°C – 1250°C (1562°F – 2282°F)
• Hold until the temperature is uniform
• Cool in furnace
• Heat to 800°C – 850°C (1472°F – 1562°F)
• Hold until the temperature is uniform
• Cool in furnace.
• Cold Working
• AISI 1040 carbon steel can be cold worked in the annealed state using conventional methods

Physical Properties:

Mechanical Properties:

Product Details:

C55 is a medium carbon steel is used when greater strength and hardness is desired than Si the as rolled’ condition. Extreme size accuracy, straightness and concentrically combine to minimize wear in high speed applications. Turned, ground and polished.

Soft Annealing:

• Heat to 680-710°C, cool slowly in furnace.
• This will produce a maximum Brinell hardness of 229.

Hardening:

• Harden from a temperature of 805-845°C followed by water or oil quenching.

Tempering:

• Tempering temperature: 550-660°C/air.

 

Chemical composition:

Mechanical Properties in Quenched + Tempered Condition:

Equivalent grades of grade C55 (warning only for reference):

Heat treatment conditions:

Product Details:

AISI 1020 is a low hardenability and low tensile carbon steel with Brinell hardness of 119 – 235 and tensile strength of 410-790 MPa. It has high machinability, high strength, high ductility and good weldability. It is normally used in turned and polished or cold drawn condition. Due to its low carbon content, it is resistant to induction hardening or flame hardening. Due to lack of alloying elements, it will not respond to nitriding. However, carburization is possible in order to obtain case hardness more than Rc65 for smaller sections that reduces with an increase in section size. Core strength will remain as it has been supplied for all the sections. Alternatively, carbon nitriding can be performed, offering certain benefits over standard carburizing. AISI 1020 steel can be largely utilized in all industrial sectors in order to enhance weldability or machinability properties. It is used in a variety of applications due to its cold drawn or turned and polished finish property.

 

Machining:

• In the cold drawn or turned and polished condition, AISI 1020 steel has high machinability.
• As per recommendations of machine manufacturers, AISI 1020 steel can be used for drilling, turning, milling and tapping operations using suitable feeds, tool type and speeds.

Weldability:

• AISI 1020 can be welded by performing the most common welding processes.
• In the cold drawn or turned and polished condition, it has better weldability. It has been suggested that the welding process should not be performed in heat treated or carburized condition.

Heat TreatmentAnnealing:

• AISI 1020 steel is heated at 870°C – 910°C followed by holding for certain time until the temperature remains constant all over the section.
• It is then cooled in a furnace.

Carburizing:

• AISI 1020 is heated to between 880°C – 920°C in a suitable carburizing atmosphere followed by holding for sufficient amount of time to produce the needed carbon content and case depth.
• After this, refining/hardening and tempering processes are carried out to optimize the core and case properties.

The physical properties of AISI 1020 steel are:

The mechanical properties of AISI 1020 steel are:

Thermal Properties:

 

 

Product Details:

C40 steel plate is one mainly of high carbon steel,EN 10083 C40 steel plate is meduim Carbon Steels are similar to low carbon steel except that the carbon ranges from 0.30 to 0.60% & the manganese from 0.50 to 1.65%. Increasing the carbon content is approximately 0.5% with an accompanying increase in manganese allows medium carbon steels to be used in the quenched & tempered conditions. This steels are of particular importance because of unique combination of strength & toughness after heat treat treatment.

Chemical composition:
Coefficient of Linear Thermal Expansion 10^-6 °C^-1:
Mechanical Properties:
Equivalent grades of grade C40 (warning only for reference)Show 102550100 entries Search:

Product Details:

AISI 1040 carbon steel has high carbon content & can be hardened by heat treatment followed by quenching and tempering to achieve 150 to 250 ksi tensile strength.

Other designations that are equivalent to AISI 1040 carbon steel include:

• ASTM A29 (1040)
• ASTM A510 (1040)
• ASTM A513
• ASTM A519 (1040)
• ASTM A546 (1040)
• ASTM A576 (1040)
• ASTM A682 (1040)
• ASTM A827
• ASTM A830
• MIL S-11310 (CS 1040)
• MIL S-16788
• MIL S-46070
• SAE J1397 (1040)

Chemical Composition:

The physical properties of AISI 1040 carbon steel are tabulated below:

The mechanical properties of AISI 1040 carbon steel are outlined in the following table:

The thermal properties of AISI 1040 carbon steel are given in the following table:

Product Details:

30C8 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 30C8 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.

PreviousNext Welding:

• 30C8 bright mild steel contains a lot less carbon then it use to, this mean that it is possible to weld pieces up to 18mm thick without preheating using MIG wire (SG2) or a 7018 electrode.
• Over 18mm would require a pre-heat of 100°C (212°F) in order to prevent cracking.
• Anneal afterward is recommended to prevent breaking

Flame Cut Profiles:

• A hard edge can occur when flame cutting EN8 plate, therefore this grade is commonly normalized after flame cutting.
• EN8 flame cut profiles can be supplied Lumsden ground or precision ground.

Product Details:

Chemical Composition Show entriesSearch:

Showing 1 to 5 of 5 entries Previou sNext Mechanical Properties Show entries Search:

 

 

 

Product Details:

Carbon steels have carbon as the key alloying element in their composition. They also contain up to 0.4% silicon and 1.2% manganese. In addition, the residual elements such as copper, molybdenum, aluminium, chromium and nickel are present in these steels.

Mechanical Properties:

Thermal Properties:

Product Details:

1035 round bar and wire rod may be used for cold heading / working into fasteners such as screws, bolts and nuts, machined into cold finished components, and/or hot or cold forged into a variety of parts. Depending on the application, it may be rolled into a wide range of diameters. By cold drawing 1035 round bar, it will increase the mechanical properties, improve the size tolerance and enhance the surface. In these conditions, 1035 steel bar may be used in a variety of tools, chain pins, sealing rings, nails, couplings, levers, studs, gears, bolts, rods, pins as well other numerous other types of parts. 1035 steel bar is most commonly characterized as a medium carbon grade, and as such is a popular “work horse” grade of steel. 1035 steel bar is often supplied in hot rolled, cold drawn, turned & polished, annealed and or coated conditions; both in bar lengths or packaged into wire rod. 1035 steel bar is a relatively low cost, medium strength steel and is common in a wide variety of general purpose applications. 1035 round bar is higher in strength and hardness than low carbon steel and is often used for small parts of moderate strength such as bolts, nuts, studs and parts which are headed or upset. A common length for 1035 steel bar is 20′, although many mills have the capacity to produce a variety of lengths depending on the diameter and also the end application. 1035 may also be supplied in wire rod form. Typical wire rod size is around 4,000.

The chemical composition of AISI 1035 carbon steel is outlined in the following table:

The following table shows mechanical properties of AISI 1035 carbon steel:

Product Details:

Carbon Steel C 60 Description C 60 steel is one of the higher carbon content (0.60%) steels. It is more difficult to fabricate than the lower carbon grades.

 

Soft Annealing:

• Heat to 650-700°C, cool slowly in furnace. This will produce a maximum Brinell hardness of 241.

Hardening:

• Harden from a temperature of 800-830°C, 810-840°C followed by water or oil quenching.

Normalizing:

• Normalizing temperature (°C): 820-850°C.

Tempering:

• Tempering temperature: 540-680°C.

Forging:

• Hot forming temperature: 1100-850°C.

Machinability:

• Machinability of C 60 and all of the higher carbon steels is relatively poor. CK60 rates at 55 to 60 % that of the AIS11112 steel which is considered 100% machinable

Corrosion Resistance:

• This steel is not corrosion resistant, it will rust unless protected.

Welding:

• C 60 steel is weldable by all of the welding methods. However with its higher carbon content it is important to use both pre-heat at 150 to 260°C and post-heat at 590 to 650°C practice per an approved welding procedure.

Cold working:

• Cold working is difficult even in the annealed condition although it may be done by conventional methods but requires greater force than the lower carbon steels.

Chemical Composition:

Mechanical Properties in Normalized Condition:

Mechanical Properties in Quenched+Tempered Condition:

 

Product Details:

Carbon steel, medium carbon steel. This steel grade has simular propeties as the steel C35.

Chemical composition:

Mechanical Properties:
Equivalent grades of grade C30 (warning only for reference):   

Product Details:

Mechanical properties:

 

Product Details:

AISI 1018 mild/low carbon steel has excellent weldability and produces a uniform and harder case and it is considered as the best steel for carburized parts. AISI 1018 mild/low carbon steel offers a good balance of toughness, strength and ductility. Provided with higher mechanical properties, AISI 1018 hot rolled steel also includes improved machining characteristics and Brinell hardness. Specific manufacturing controls are used for surface preparation, chemical composition, rolling and heating processes. All these processes develop a supreme quality product that are suited to fabrication processes such as welding, forging, drilling, machining, cold drawing and heat treating.

Machining:

• The machinability of AISI 1018 mild/low carbon steel is graded at 78% of B1112.

Weldability:

• AISI 1018 mild/low carbon steel can be instantly welded by all the conventional welding processes.
• Welding is not recommended for AISI 1018 mild/low carbon steel when it is carbonitrided and carburized.
• Low carbon welding electrodes are to be used in the welding procedure, and post-heating and pre-heating are not necessary.
• Pre-heating can be performed for sections over 50 mm.
• Post-weld stress relieving also has its own beneficial aspects like the pre-heating process.

Heat Treatment:

• The heat treatment for AISI 1018 mild/low carbon steel consists of the following processes:

Chemical Composition:

 

Electrical Properties:

Mechanical Properties:

Product Details:

We are offering wide range of C60 Carbon Steel Bars to our clients.C60 steel is an unalloyed medium carbon engineering steel which has 0.57%-0.65% Carbon as per EN10083 standard. 

Product Details:

CK40 steel has a higher (0.40%) carbon content for greater strength than the lower carbon alloys. It is hardenable by heat treatment, quench and tempering to develop 150 to 250 ksi tensile strength.

 

Designation by Standards:

• Mat No1.1186
• DIN Ck40
• EN 
• AISI 1040

 

Soft Annealing:

• Heat to 870-980°C, cool slowly in furnace.

Normalizing:

• Normalizing temperature: 890°C.

Forging:

• Hot forming temperature: 1100-850°C.

Machinability:

• Machinability is good,rated at 60 % that of the AIS11112 alloy steel which is considered 100% machinable Corrosion Resistance
• This is a steel alloy and will rust if not protected. it is not corrosion resistant Welding
• CK40 steel is weldable by all of the welding methods. However with its higher carbon content it is important to use both pre-heat at 150 to 260°C and post-heat at 590 to 650°C practice per an approved welding procedure.

Tempering:

• Tempering from the quenched condition may be done at 320-700°C depending upon the strength desired

Cold Working:

• In the annealed state the CK 40 alloy is readily cold worked by conventional methods

Chemical Composition:

Mechanical Properties in Normalized', Hardened+Tempered Condition:

 

Product Details:

We are offering wide range of SAE Standard Carbon Steel Round Bars to our clients. 

Product Details:

Ck 45 is a medium carbon steel is used when greater strength and hardness is desired than in the as rolled’ condition. Extreme size accuracy, straightness and concentricity combine to minimize wear in high speed applications. Turned, ground and polished.

Designation by Standards:

• Mat No1.1191
• DIN Ck45
• EN 
• AISI 1045

 

Chemical Composition:
Coefficient of Linear Thermal Expansion 10^-6 °C^-1:

Tempering temperature: See the data below:

Mechanical Properties Vs Diameter:

Product Details:

C45 is a medium carbon steel is used when greater strength and hardness is desired than in the rolled’ condition. Extreme size accuracy, straightness and concentricity combine to minimize wear in high speed appications. A medium carbon steel is used when greater strength and hardness is desired than in the “as rolled” condition. Extreme size accuracy, straightness and concentricity combine to minimize wear in high speed applications. Turned ground and polished.

 

Turned, ground and polished:

• Designation by Standards
• Mat No: 1.0503
• DIN : C45
• AISI: 1045

Soft Annealing:

• Heat to 680-710°C, cool slowly. This will produce a maximum Brinell hardness of 207.

Normalizing:

• Normalizing temperature (°C): 840-880°C/air.

Hardening:

• Harden from a temperature of 820-860°C,followed by water or oil quenching.

Tempering:

• Tempering temperature: 550-660`c/air

Chemical composition:

Physical Properties(average values) at ambient temperature:
Coefficient of Linear Thermal Expansion 10^-6 °C^-1:

Forging:

Heat Treatment:

 

Product Details:

Ck 50 is a Fe-Cr-Ni alloy containing slightly more chromium and considerably more nickel than the CH-20 grade. The alloy is used provides good resistance to dilute sulfuric acid and resists many co rodents more effectively Than CF-8 type. The alloy is fully austenitic and contains chromium carbides throughout the matrix, which are put into solution by High temperature solution anneal, which also improves ductility and strength. The alloy should be solution Annealed to maximize corrosion resistance and after welding to prevent sensitization of the HAZ.

Other Details:

• Heat TreatmentSoft Annealing
• Heat to 650-700°C, cool slowly.
• Hardness after annealing
• Max. 207 HB
• Normalizing: Normalizing temperature (°C): 840-870°C.

Other available grades: EN9, EN24, EN8,etc.

Physical Properties:

Thermal Properties:

Mechanical Properties: