Round Bars

Product Details:

The finish 2E is a general-purpose finish offering advantages in a wide variety of applications from tube manufacturing to bridge construction. Outokumpu offers 2E in unique versions depending on the production route. Outokumpu VKS and RAP^TM 2E involve mechanical descaling by shot blasting, whereas Outokumpu 2E utilizes either mechanical descaling by shot blasting or mechanical descaling by brushing – with each process creating its own distinct surface properties. Mechanical descaling by brushing produces a much smoother finish compared to the shot blast finish.

EN 2E is available in the standard stainless steel grades and the brushed 2E is available in the special grades. Outokumpu’s other 2E products are available in both the standard grades and special grades.

Additional Information:

• Item Code: EN2E_RoundBar
• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A,Other
• Port of Dispatch: Mumbai
• Production Capacity: 500 MT per month
• Delivery Time: 30 Day
• Packaging Details: As Per Request..

Product Details:

EN39 is a 4.5% nickel, chromium, molybdenum grade, suitable for case hardening to give a case resistant surface with a high core strength up to 1310 N/mm². This grade is commonly supplied as round bar. EN39A and EN39B are common standards for this grade.

 

Application: 

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

 

Chemical Composition:

 

Carburising / Case Hardening:

Case hardening of EN39 will give a hard wear resistant surface and a tough core strength to the steel. Surfaces must be free from dirt and grease, and of low sulphur content. Case hardening can be carried out in salt baths with selected content depending on the type of salt and the depth of penetration required. Other considerations during the heat treatment process include the type of furnace, quenching medium and work piece transfer facilities. Time, temperatures and salt selection will be advised by your heat treatment provider.

 

Heat Treatment:

Heat treatment temperatures, including rate of heating, cooling and soaking times will vary due to factors such as the shape and size of each EN39 component. Other considerations during the heat treatment process include the type of furnace, quenching medium and the work piece transfer facilities. Please consult your heat treatment provider for full guidance on heat treatment of EN39 steel.

Product Details:

We offer our clients with alloy steels round bars that are designed and developed in conformation with the prevailing industry standards. To meet the emerging market demands, we offer these bars in different shapes and sizes such as rectangular, rounded, square and hexagonal.

Full length material is ordered and a minimum of 10 tons of each material is procured along with the necessary test certificates from reputed manufacturers as per your specifications.

Verification:
Cross verification is done at our place (both chemical and mechanical tests), any other tests as per your requirement can be done and the materials will be stored in our premises.

Processing:
Materials will be processed and cut to size as per your requirement.

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry.

Product Details:

Details:

• BS designation: En 56
• AISI designation: 420 Stainless Steel
• Chemical composition in weight %: 0.24% C, 0.27% Mn, 0.37% Si, 0.32% Ni, 13.30% Cr 0.06% Mo.
• Note: Stainless steel. Austenitizing temperature: 960oC (1760oF) for 30 min.
• Grain size: 7.
• Source: Atlas of Isothermal Transformation Diagrams of B.S. En Steels, 2nd edition,
• Special Report No. 56, The Iron and Steel Institute, London, 1956.

 

Product description:

• Step Shaft EN56 Tube EN56 Pie-shaped EN56 Ring EN56 Module Large valves of the main EN56 Other Profiled forgings EN56

 

Classification:

• Stainless steel, Hi-Steel HSLA-80, Mould steel, Heat resistant steel, Tool steel, Ball bearing steel,Spring steel, Alloy steel, Construction steel, Die steel, High-speed steel, angles, channels, H steel, I-beams, welded pipes, seamless tubes,

 

Standard:

• Our products meet Chinese GB, Japanese JIS, US ASTM, UK BS, EU DIN standards and so on.

 

Our advantages:

• Our advantages such as advanced management and operation concepts, suitable work facilities, highly qualified talents and a number of trade partners who have long-term and close cooperation with us have ensured us to provide global customers with competitive high-quality commodities and excellent services, quickly, accurately, conveniently and completely.

 

Products Introduction:

• Finished goods condition: hot forging/hot rolling + annealing/normalizing + tempering/quenching + tempering/any conditions based on the customer's requirement
• Surface conditions: scaled (hot working finish)/ground/rough machining/fine machining/based on the customer's requirement
• Furnaces for metallurgical processing: electrode arc + LF/VD/VOD/ESR/Vacuum consumable electrode.
• Ultrasonic inspection: 100% ultrasonic inspection for any inperfections or based on the customer's requirement
• Excellent service for all kinds of industries, with advantages of technologies, equipment and price.
• We serve you with our honesty, integrity, and professionality.

Product Details:

Step Shaft AISI D4 Tube AISI D4 Pie-shaped AISI D4 Ring AISI D4 Module Large valves of the main AISI D4 Other Profiled forgings AISI D4

Classification:

Stainless steel, Hi-Steel HSLA-80, Mould steel, Heat resistant steel, Tool Steel, Ball bearing steel,Spring steel, Alloy steel, Construction steel, Die steel, High-speed steel, angles, channels, H steel, I-beams, welded pipes, seamless tubes,

Standard:
Our products meet Chinese GB, Japanese JIS, US ASTM, UK BS, EU DIN standards and so on.

Our advantages:

Our advantages such as advanced management and operation concepts, suitable work facilities, highly qualified talents and a number of trade partners who have long-term and close cooperation with us have ensured us to provide global customers with competitive high-quality commodities and excellent services, quickly, accurately, conveniently and completely.

Chemical Composition:

Mechanical Properties:

Application :

• ]Automobile Industry, Construction , Pharmaceutical/Chemical Industry , Oil & Gas Industry

Product Details:

AISI A2 tool steel is an air hardening, cold work steel. AISI A2 is a 5% Chromium steel which provides high hardness after heat treatment with good dimensional stability. It is heat treatable and will offer a hardness in the range 57-62 HRC.

The lower chromium content in A2 tool steel means that it does not provide the same wear and abrasion resistance shown by D2 and D3, However, it is more easily machined and will hold a good edge.

AISI A2 delivers good toughness with medium wear resistance and is relatively easy to machine. Used in many applications which require good wear resistance as well as good toughness.

Typical Applications for AISI A2 Steel:

• blanking tools
• punch dies
• trim dies
• forming dies
• gauges
• shear blades
• stamping dies

AISI A2 equivalent grades: BS4659 - BA2, AISI - A2, DIN - 1.2363 - X100CrMoV5

Steel express is a stockholder and supplier of A2 tool steel, we can supply from stock and cut to order.

We can supply AISI A2 tool steel in flats, squares, hot rolled rounds and cold drawn rounds

 

Forging:

Heat the A2 slowly to 700°C then more rapidly to 1050-1100°C. Avoid working below 900°C. Reheat as often as necessary to maintain proper forging temperature. After forging cool very slowly.

Annealing:

Soak thoroughly at 840-850°C, then slowly furnace cool at a rate of not more than 20°C per hour. After annealing A2 a maximum hardness of 215 Brinell may be achieved.

Stress relieving:

After heavy grinding or machine it is advisable to stress relieve A2 to reduce the danger of cracking or distortion during subsequent heat treatments. Heat slowly to 670-700°C, soak for a minimum of two hours per 25mm of section then cool down in the furnace.

Hardening:

Pre heat slowly to 600-700°C and soak. Continue heating to the final hardening temperature of 950/980°C and allow the component to equalise. Quench in oil or cool in air.

Tempering:

Heat uniformly and thoroughly to the desired temperature and hold for 25 minutes per cm of thickness. A2 tool steel can be double tempering, after intermediate cooling to room temperature. Temper at 200°C for a balance of hardness and strength or 350°C where strength is more important than hardness.

Product Details:

This paper presents an experimental investigation of the machining characteristics of AISI A3 tool steel in wire electrical discharge machining process. During experiments, parameters such as open circuit voltage, pulse duration, wire speed and dielectric fluid pressure were changed to explore their effect on the surface roughness and metallurgical structure. Optical and scanning electron microscopy, surface roughness and microhardness tests were used to study the characteristics of the machined specimens. Taking into consideration the experimental results, it is found that the intensity of the process energy does affect the amount of recast and surface roughness as well as microcracking, the wire speed and dielectric fluid pressure not seeming to have much of an influence

AISI A-3:

 

Composition:

 

Mechanical Properties:

Product Details:

Stainless steel types AISI A5 are also known as grades 316 and 316L respectively. Grade 316 is an austenitic grade second only to 304 in commercial importance. 316 stainless steel contains an addition of molybdenum that gives it improved corrosion resistance. This is particularly apparent for pitting and crevice corrosion in chloride environments. 316L, the low carbon version of 316 stainless steel, is immune to grain boundary carbide precipitation (sensitisation). This makes it suited to use in heavy gauge (over about 6mm) welded components. For elevated temperature applications the high carbon variant, 316H stainless steel and the stabilised grade AISI A5 stainless steel should be employed. The austenitic structure of 316 stainless steel gives excellent toughness, even at cryogenic temperatures. Property data given in this document is typical for flat rolled products covered by ASTM A240/A240M. ASTM, EN or other standards may cover products sold. It is reasonable to expect specifications in these standards to be similar but not necessarily identical to those given in this datasheet.

Stainless steel grade AISI A5 contains a small amount of titanium. Titanium content is typically only around 0.5%. The titanium atoms stabilise the structure of the 316 at temperatures over 800°C. This prevents carbide precipitation at the grain boundaries and protects the metal from corrosion. The main advantage of AISI A5 is that it can be held at higher temperatures for a longer period without sensitisation (precipitation) occurring. AISI A5 retains physical and mechanical properties similar to standard grades of 316.

 

Chemical Composition:

• Element % Present
• Carbon (C) 0.0 - 0.08
• Chromium (Cr) 16.00 - 18.00
• Molybdenum (Mo) 2.00 - 3.00
• Silicon (Si) 0.0 - 0.75
• Phosphorous (P) 0.0 - 0.05
• Sulphur (S) 0.0 - 0.03
• Nickel (Ni) 10.00 - 14.00
• Titanium (Ti) 0.0 - 0.70
• Iron (Fe) Balance

Product Details:

AISI A6 de-carb free tool steel is an air hardening tool steel with higher manganese and lower chromium and carbon than A2, offering moderate wear resistance and toughness. It has the advantage of hardening from a lower austenitizing temperature for easy heat treatment.AISI A6 hardens with very little movement or distortion. A6 offers medium resistance to softening at elevated work temperatures, medium to high resistance to decarburization, and has good machinability. One main advantage of AISI A6 is its deep hardening with high safety in hardening.

Analysis:

A.I.S.I. A6 conforms to ASTM A681

Applications:

Typical applications for A6 tool steel are blanking dies, forming dies, trim dies, stamping dies, coining dies, notching dies, bending tools, rim rolls, punches, cams, thread roll dies, spindles, retaining rings, master hobs, precision tools, mandrels, compression molds, plastic molds requiring high hardness, ball screws, lead screws, general purpose tooling, etc.

Forging:
Heating for forging must be done slowly and uniformly. Soak through at 1900°-2000°F and reheat as often as necessary, stopping work when the temperature drops below 1600°F. After forging, cool slowly in lime, mica, dry ashes or furnace. A6 should always be annealed after forging.

Annealing:
Heat slowly to 1350°-1375°F, hold until entire mass is heated through, and cool slowly in the furnace (20F per hour) to about 1000°F, after which cooling rate may be increased. Suitable precautions must be taken to prevent excessive carburization or decarburization.

Stress Relieving:
When desirable to relieve the strains of machining, heat slowly to 1050°-1250°F, allow to equalize, and then cool in still air (Strain Relieving).

Preheat Prior To Hardening:
Preheating is often not necessary depending on the size and complexity of the part. If a preheat is desirable, a 1200°-1250°F temperature should be used. Heat slowly.

Hardening:
Parts at room temperature or as pre-heated should be placed in a hardening furnace operating at 1525°-1600°F. After parts have reached the furnace temperature, hold 20 minutes for small parts and up to 45 minutes for large parts

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

AISI A7 is an Air-Hardening Medium-Alloy Cold Work Steel grade Tool Steel. It is composed of (in weight percentage) 2.00-2.85% Carbon (C), 0.80% Manganese (Mn), 0.50% Silicon (Si), 5.00-5.75% Chromium (Cr), 0.30% Nickel (Ni), 0.90-1.40% Molybdenum (Mo), 0.50-1.50% Tungsten (W), 3.90-5.15% Vanadium (V), 0.25% Copper (Cu), 0.03% Phosphorus (P), 0.03% Sulfur (S), and the base metal Iron (Fe). Other designations of AISI A7 tool steel include UNS T30107 and AISI A7.

Steel is the common name for a large family of iron alloys. Steels can either be cast directly to shape, or into ingots which are reheated and hot worked into a wrought shape by forging, extrusion, rolling, or other processes. Wrought steels are the most common engineering material used, and come in a variety of forms with different finishes and properties. Tool steels typically have excess carbides (carbon alloys) which make them hard and wear-resistant. Most tool steels are used in a heat-treated state, generally hardened and tempered.

The typical elastic modulus of tool steels at room temperature (25°C) ranges from 190 to 210 GPa. The typical density of tool steels ranges from 7.72 to 8.0 g/cm³. The typical tensile strength varies between 640 and 2000 MPa. The wide range of ultimate tensile strength is largely due to different heat treatment conditions

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

AISI A8 is an Air-Hardening Medium-Alloy Cold Work Steel grade Tool Steel. It is composed of (in weight percentage) 0.50-0.60% Carbon (C), 0.50% Manganese (Mn), 0.75-1.10% Silicon (Si), 4.75-5.50% Chromium (Cr), 0.30% Nickel (Ni), 1.15-1.65% Molybdenum (Mo), 1.00-1.50% Tungsten (W), 0.25% Copper (Cu), 0.03% Phosphorus (P), 0.03% Sulfur (S), and the base metal Iron (Fe). Other designations of AISI A8 tool steel include UNS T30108 and AISI A8.

Steel is the common name for a large family of iron alloys. Steels can either be cast directly to shape, or into ingots which are reheated and hot worked into a wrought shape by forging, extrusion, rolling, or other processes. Wrought steels are the most common engineering material used, and come in a variety of forms with different finishes and properties. Tool steels typically have excess carbides (carbon alloys) which make them hard and wear-resistant. Most tool steels are used in a heat-treated state, generally hardened and tempered.

The typical elastic modulus of tool steels at room temperature (25°C) ranges from 190 to 210 GPa. The typical density of tool steels ranges from 7.72 to 8.0 g/cm³. The typical tensile strength varies between 640 and 2000 MPa. The wide range of ultimate tensile strength is largely due to different heat treatment conditions.

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

Details:

Aisi A9 Stainless Steel Chemical Composition And Mechanical Properties:

 

Mechanical Properties:

 

Physical Properties:

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

AISI A10 is an Air-Hardening Medium-Alloy Cold Work Steel grade Tool Steel. It is composed of (in weight percentage) 1.25-1.50% Carbon (C), 1.60-2.10% Manganese (Mn), 1.00-1.50% Silicon (Si), 1.55-2.05% Nickel (Ni), 1.25-1.75% Molybdenum (Mo), 0.25% Copper (Cu), 0.03% Phosphorus (P), 0.03% Sulfur (S), and the base metal Iron (Fe). Other designations of AISI A10 tool steel include UNS T30110 and AISI A10.

Steel is the common name for a large family of iron alloys. Steels can either be cast directly to shape, or into ingots which are reheated and hot worked into a wrought shape by forging, extrusion, rolling, or other processes. Wrought steels are the most common engineering material used, and come in a variety of forms with different finishes and properties. Tool steels typically have excess carbides (carbon alloys) which make them hard and wear-resistant. Most tool steels are used in a heat-treated state, generally hardened and tempered.

The typical elastic modulus of tool steels at room temperature (25°C) ranges from 190 to 210 GPa. The typical density of tool steels ranges from 7.72 to 8.0 g/cm³. The typical tensile strength varies between 640 and 2000 MPa. The wide range of ultimate tensile strength is largely due to different heat treatment conditions.

Product Details:

AISI 01 is an oil hardening carbon manganese tool steel, possessing excellent dimensional stability during heat treatment. AISI 01 is used for the production of ground flat stock, a precision material used in tool making and other engineering applications.

Application:

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry

Typical applications:

• Press Tools, Broaches, Clipping, Marking Punches, Gauges, Jigs, Deep Drawing Dies, Slitting Cutters, Taps Screwing Tools

Product Details:

AISI O2 is an Oil-Hardening Cold Work Steel grade Tool Steel. It is composed of (in weight percentage) 0.85-0.95% Carbon (C), 1.40-1.80% Manganese (Mn), 0.50% Silicon (Si), 0.35% Chromium (Cr), 0.30% Nickel (Ni), 0.30% Molybdenum (Mo), 0.30% Vanadium (V), 0.25% Copper (Cu), 0.03% Phosphorus (P), 0.03% Sulfur (S), and the base metal Iron (Fe). Other designations of AISI O2 tool steel include UNS T31502 and AISI O2.

Steel is the common name for a large family of iron alloys. Steels can either be cast directly to shape, or into ingots which are reheated and hot worked into a wrought shape by forging, extrusion, rolling, or other processes. Wrought steels are the most common engineering material used, and come in a variety of forms with different finishes and properties. Tool steels typically have excess carbides (carbon alloys) which make them hard and wear-resistant. Most tool steels are used in a heat-treated state, generally hardened and tempered.

The typical elastic modulus of tool steels at room temperature (25°C) ranges from 190 to 210 GPa. The typical density of tool steels ranges from 7.72 to 8.0 g/cm³. The typical tensile strength varies between 640 and 2000 MPa. The wide range of ultimate tensile strength is largely due to different heat treatment conditions.

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

AISI O6 is an Oil-Hardening Cold Work Steel grade Tool Steel. It is composed of (in weight percentage) 1.25-1.55% Carbon (C), 0.30-1.10% Manganese (Mn), 0.55-1.50% Silicon (Si), 0.30% Chromium (Cr), 0.30% Nickel (Ni), 0.20-0.30% Molybdenum (Mo), 0.25% Copper (Cu), 0.03% Phosphorus (P), 0.03% Sulfur (S), and the base metal Iron (Fe). Other designations of AISI O6 tool steel include UNS T31506 and AISI O6.

Steel is the common name for a large family of iron alloys. Steels can either be cast directly to shape, or into ingots which are reheated and hot worked into a wrought shape by forging, extrusion, rolling, or other processes. Wrought steels are the most common engineering material used, and come in a variety of forms with different finishes and properties. Tool steels typically have excess carbides (carbon alloys) which make them hard and wear-resistant. Most tool steels are used in a heat-treated state, generally hardened and tempered.

The typical elastic modulus of tool steels at room temperature (25°C) ranges from 190 to 210 GPa. The typical density of tool steels ranges from 7.72 to 8.0 g/cm³. The typical tensile strength varies between 640 and 2000 MPa. The wide range of ultimate tensile strength is largely due to different heat treatment conditions.

Product Details:

Carbon steels are steels that contain only carbon as their specific alloying element. Traces of 0.4% silicon and 1.2% manganese can be found in these steels. Carbon steels also contain small quantities of residual elements such as copper, nickel, molybdenum, aluminium and chromium.

The following datasheet provides an overview of SAE 1026 carbon steel.

Chemical Composition:

The chemical composition of SAE 1026 carbon steel is outlined in the following table.

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.

SAE 1035 is a water resisting carbon steel whose wear resistance and hardenability are increased by the addition of small quantity of chromium.

The following sections will discuss in detail about SAE 1035 carbon steel.

Chemical Composition:

The chemical composition of SAE 1035 carbon steel is outlined in the following table.

Product Details:

SAE 1036 is an alloy of iron, further classified as a carbon steel. 1036 is the SAE-AISI designation for this material. G15360 is the UNS number.

It has two common variants, each represented as a separate material. The Material Properties section below shows ranges encompassing all variants. For more specific values, follow the links in the Variant Materials section.

Material Properties:

• Base Metal Price3.1 % rel
• Brinell Hardness190 to 220
• Density7.8 g/cm³ (490 lb/ft³)
• Elastic (Young's, Tensile) Modulus210 GPa (30 x 10⁶ psi)
• Elongation at Break14 to 18 %
• Modulus of Resilience (Unit Resilience)310 to 890 kJ/m³
• Poisson's Ratio0.29
• Specific Heat Capacity450 J/kg-K
• Strength to Weight Ratio85 to 92 kN-m/kg
• Tensile Strength: Ultimate (UTS)660 to 720 MPa (96 to 100 x 10³ psi)
• Tensile Strength: Yield (Proof)360 to 610 MPa (52 to 88 x 10³ psi)

Thermal Expansion12 µm/m-K

• Unit Rupture Work (Ultimate Resilience)78 to 90 MJ/m³
• The length of each bar compares the given value to the highest value in the database.

Alloy Composition:

• Iron (Fe)98 to 98.5 %
• Manganese (Mn)1.2 to 1.5 %
• Carbon (C)0.3 to 0.37 %
• Sulfur (S)0 to 0.050 %
• Phosphorus (P)0 to 0.040 %

Product Details:

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

SAE 1038 carbon steel is a medium high carbon steel with good weldability and machinability. This steel can be strengthened by heat treatment after forming.

The following sections will explain more about SAE 1038 carbon steel.

Application:

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry

 

Chemical Composition:

The chemical composition of SAE 1038 carbon steel is outlined in the following table.

Product Details:

SAE-AISI 1040 is an alloy of iron, further classified as a carbon steel. 1040 is the SAE-AISI designation for this material. 1.0511 is the EN numeric designation. And G10400 is the UNS number.

It has two common variants, each represented as a separate material. The Material Properties section below shows ranges encompassing all variants. For more specific values, follow the links in the Variant Materials section.

Material Properties:

• Base Metal Price3.0 % rel
• Brinell Hardness160 to 180
• Density7.8 g/cm³ (490 lb/ft³)
• Elastic (Young's, Tensile) Modulus210 GPa (30 x 10⁶ psi)
• Elongation at Break13 to 19 %
• Modulus of Resilience (Unit Resilience)230 to 670 kJ/m³
• Poisson's Ratio0.29
• Specific Heat Capacity450 J/kg-K
• Strength to Weight Ratio72 to 81 kN-m/kg
• Tensile Strength: Ultimate (UTS)560 to 630 MPa (81 to 91 x 10³ psi)
• Tensile Strength: Yield (Proof)310 to 530 MPa (45 to 77 x 10³ psi)
• Thermal Expansion12 µm/m-K
• Unit Rupture Work (Ultimate Resilience)62 to 72 MJ/m³

The length of each bar compares the given value to the highest value in the database.

Alloy Composition:

• Iron (Fe)98.6 to 99.03 %
• Manganese (Mn)0.6 to 0.9 %
• Carbon (C)0.37 to 0.44 %
• Sulfur (S)0 to 0.050 %
• Phosphorus (P)0 to 0.040 %

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

SAE 1041 is an alloy of iron, further classified as a carbon steel. 1041 is the SAE-AISI designation for this material. G15410 is the UNS number.

It has three common variants, each represented as a separate material. The Material Properties section below shows ranges encompassing all variants. For more specific values, follow the links in the Variant Materials section.

Material Properties:

• Base Metal Price3.1 % rel
• Brinell Hardness210 to 240
• Density7.8 g/cm³ (490 lb/ft³)
• Elastic (Young's, Tensile) Modulus210 GPa (30 x 10⁶ psi)
• Elongation at Break12 to 17 %
• Modulus of Resilience (Unit Resilience)380 to 1130 kJ/m³
• Poisson's Ratio0.29
• Specific Heat Capacity450 J/kg-K
• Strength to Weight Ratio92 to 100 kN-m/kg
• Tensile Strength: Ultimate (UTS)720 to 810 MPa (100 to 120 x 10³ psi)
• Tensile Strength: Yield (Proof)400 to 690 MPa (58 to 100 x 10³ psi)
• Thermal Expansion12 µm/m-K
• Unit Rupture Work (Ultimate Resilience)74 to 85 MJ/m³

The length of each bar compares the given value to the highest value in the database.

Alloy Composition:

• Iron (Fe)97.8 to 98.3 %
• Manganese (Mn)1.4 to 1.7 %
• Carbon (C)0.36 to 0.44 %
• Sulfur (S)0 to 0.050 %
• Phosphorus (P)0 to 0.040 %

Application:

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry

 

Product Details:

SAE 1052 is an alloy of iron, further classified as a carbon steel. 1052 is the SAE-AISI designation for this material.

It has two common variants, each represented as a separate material. The Material Properties section below shows ranges encompassing all variants. For more specific values, follow the links in the Variant Materials section.

Material Properties:

• Base Metal Price3.1 % rel
• Brinell Hardness220 to 250
• Density7.8 g/cm³ (490 lb/ft³)
• Elastic (Young's, Tensile) Modulus210 GPa (30 x 10⁶ psi)
• Elongation at Break12 to 14 %
• Modulus of Resilience (Unit Resilience)530 to 1040 kJ/m³
• Poisson's Ratio0.29
• Specific Heat Capacity450 J/kg-K
• Strength to Weight Ratio100 to 110 kN-m/kg
• Tensile Strength: Ultimate (UTS)780 to 850 MPa (110 to 120 x 10³ psi)
• Tensile Strength: Yield (Proof)470 to 660 MPa (68 to 96 x 10³ psi)
• Thermal Expansion12 µm/m-K
• Unit Rupture Work (Ultimate Resilience)81 to 89 MJ/m³

The length of each bar compares the given value to the highest value in the database.

Alloy Composition:

• Iron (Fe)97.9 to 98.3 %
• Manganese (Mn)1.2 to 1.5 %
• Carbon (C)0.47 to 0.55 %
• Sulfur (S)0 to 0.050 %
• Phosphorus (P)0 to 0.040 %

 

Application:

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

SAE 4140 is a chromium molybdenum alloy steel specification widely used in the oil and gas industry. Similar to grade SAE 4130 but with a slightly higher carbon content. The higher carbon content of SAE 4140 gives greater strength and heat treatment capabilities in comparison to SAE 4130, however it does have inferior weldability characteristics. SAE 4140 machines well in the supply condition of 18-22HRc.4140 is a 1% chromium – molybdenum medium hardenability general purpose high tensile steel – generally supplied hardened and tempered in the tensile range of 850 – 1000 Mpa (condition T).4140 is now available with improved machinability, which greatly increases feeds and/or speeds, while also extending tool life without adversley affecting mechanical properties.Pre hardened and tempered 4140 can be further surface hardened by flame or induction hardening and by nitriding.

4140 is used extensively in most industry sectors for a wide range of applications such as:
Adapters, Arbors, Axle Shafts, Bolts, Crankshafts, Connection Rods, Chuck Bodies, Collets, Conveyor Pins Rolls, Ejector Pins, Forks, Gears, Guide Rods, Hydraulic Shafts Parts,Lathe Spindles, Logging Parts, Milling Spindles, Motor Shafts, Nuts, Pinch Bars, Pins Various, Pinions, Pump Shafts, Rams, Sockets, Spindles, Sprockets, Studs, Tool Holders, Torsion Bars, Worms etc..

 

Application:Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry

 

Product Details:

4150 steel is part of the SAE (Society of Automotive Engineers) family of steel grades. 4150 round bar is a higher carbon variation of the chromium, manganese, molybdenum 4100 series of low alloy steels. It is considered a low alloy steel because its percentage of metals is low in proportion to its main component, iron.4150 round bar is noted for increased hardenabilty. 4150 steel may be selected when slightly higher mechanical properties are required. Machinabilty of 4150 round bar is better in the annealed or normalized condition. It is ideal to machine 4150 steel in the annealed form and then heat treat it to harden the steel; as heat treatment can make it very hard and 1difficult to work. Tempering may be done to restore some of the ductility after heat treatment and quench.

4150 round bar may be forged as well as hot and cold worked. 4150 steel has common alloying elements as 4140 but differs in the amount of carbon. Both are commonly known as chromium molybdenum steels as they contain .80 to 1.10 percent chromium and.15 to .25 percent molybdenum. These elements make 4150 steel stronger and harder than standard carbon steel.

4150 round bar may be supplied as hot rolled, cold drawn, rough turned or turned and polished. A typical length for 4150 round bar is 20′, although many mills have the capacity to roll a variety of lengths depending on the application. It is also supplied in a wide range of diameters. 4150 steel may also be supplied in wire rod form, with a typical package weighing around 4,000.

 

Application: 

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

Alloy Steel 5160, also sold as AISI 5160, is a high carbon and chromium spring steel. It offers users outstanding toughness, a high level of ductility, and excellent fatigue resistance. Alloy Steel 5160 is in use in the automotive field in a number of different heavy spring applications, especially for leaf springs. It is important to note that Alloy Steel 5160 can be difficult to weld and machine and may require special procedures..

Carbon steel is available as bright drawn key steel in flat and square sections. With medium tensile strength key steel is used widely in general engineering for components such as plain, gibhead, taper and parallel keys. Key steel is produced to the required tolerances as specified in British Standard BS46 and BS4235.Carbon spring steel specifications EN42, CS70, CS80, CS95 and CS100 are available as hardened and tempered spring steel strip, annealed spring steel strip, spring steel plate and spring steel sheet. EN43 spring steel is available in bar and plate. The grades commonly conform to BS970, BS1449, BS EN10083-1, BS EN10083-2, BS EN 10277 and BS EN 10278 standards.X120Mn12 1.3401 is a manganese steel with 1% carbon steel and an 11% to 14% manganese content supplied in plate. Offering excellent work hardening properties high manganese steel can be supplied in full plates or cut to your requirements.

SAE 5160 Carbon Steel Round Bar Specification

Features:

• Anealed ,Pickled, Polished, Cold Drawn

Product Details:

Alloy steels are designated by SAE four-digit numbers. They comprise different forms of steels exceeding the composition limits of B C, Mo, Si, Ni, Va, and Mn set for carbon steels. They respond more quickly to mechanical and heat treatments than carbon steels.

The following datasheet gives more details about SAE 8627H alloy steel.

Chemical Composition:

The chemical composition of SAE 8627H alloy steel is listed in the following table.

Application:

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

Carbon steel is available as bright drawn key steel in flat and square sections. With medium tensile strength key steel is used widely in general engineering for components such as plain, gibhead, taper and parallel keys. Key steel is produced to the required tolerances as specified in British Standard BS46 and BS4235.Carbon spring steel specifications EN42, CS70, CS80, CS95 and CS100 are available as hardened and tempered spring steel strip, annealed spring steel strip, spring steel plate and spring steel sheet. EN43 spring steel is available in bar and plate. The grades commonly conform to BS970, BS1449, BS EN10083-1, BS EN10083-2, BS EN 10277 and BS EN 10278 standards.X120Mn12 1.3401 is a manganese steel with 1% carbon steel and an 11% to 14% manganese content supplied in plate. Offering excellent work hardening properties high manganese steel can be supplied in full plates or cut to your requirements. Available at economical rates, the offered SAE 1541 Carbon Steel Round Bar are widely used in metallurgical, mechanical, electrical construction field, ships, military uses and automobile rear of products.We are a prominent name in manufacturing and supplying a wide range of SAE 1541 Carbon Steel Round Bar for our reliable clients. The offered SAE 1541 Carbon Steel Round Bar are precisely manufactured by our knowledgeable professionals using latest technology and the superior quality of carbon steel available in the market. The provided bars go through various quality tests on each step of manufacturing process as per the set industry norms. Moreover, these SAE 1541 Carbon Steel Round Bar are provided by us in various sizes as per the client’s needs.

• Features: Anealed, Pickled, Polished, Cold Drawn.

Product Details:

Alloy steels contain different varieties of steels that exceed the composition limits of Mn, C, Mo, Si, Ni, Va, and B set for carbon steels. They are designated by SAE four-digit numbers. They respond more quickly to mechanical and heat treatments than carbon steels.

SAE 52100 alloy steel is known as a high carbon, chromium containing low alloy steel. The following datasheet gives an overview of SAE 52100 alloy steel.

Chemical Composition:

The following table shows the chemical composition of SAE 52100 alloy steel.

 

SAE 52100:

 

Composition:

 

Mechanical Properties:

Application:

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry, Oil & Gas Industry.

Product Details:

HAYNES filler metal is used for the gas metal arc and gas tungsten arc welding of HAYNE Salloy. The alloy has outstanding resistance to high-temperature corrosion, including sulfidation and chloride attack in reducing and oxidizing atmospheres. The alloy also is a great candidate for thermal spray applications where resistance to high-temperature abrasion and corrosion are required. The RTW^™ filler metal finish on the spooled wire promotes smooth feeding through welding equipment and reduced tip wear in contact tips.

Composition:

Minimal Mechanical Properties

Product Details:

AISI O7 is an Oil-Hardening Cold Work Steel grade Tool Steel. It is composed of (in weight percentage) 1.10-1.30% Carbon (C), 1.00% Manganese (Mn), 0.60% Silicon (Si), 0.35-0.85% Chromium (Cr), 0.30% Nickel (Ni), 0.30% Molybdenum (Mo), 1.00-2.00% Tungsten (W), 0.40% Vanadium (V), 0.25% Copper (Cu), 0.03% Phosphorus (P), 0.03% Sulfur (S), and the base metal Iron (Fe). Other designations of AISI O7 tool steel include UNS T31507 and AISI O7.

Steel is the common name for a large family of iron alloys. Steels can either be cast directly to shape, or into ingots which are reheated and hot worked into a wrought shape by forging, extrusion, rolling, or other processes. Wrought steels are the most common engineering material used, and come in a variety of forms with different finishes and properties. Tool steels typically have excess carbides (carbon alloys) which make them hard and wear-resistant. Most tool steels are used in a heat-treated state, generally hardened and tempered.

The typical elastic modulus of tool steels at room temperature (25°C) ranges from 190 to 210 GPa. The typical density of tool steels ranges from 7.72 to 8.0 g/cm³. The typical tensile strength varies between 640 and 2000 MPa. The wide range of ultimate tensile strength is largely due to different heat treatment conditions.

Product Details:

SAE 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.

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

The chemical composition of SAM1020 steel is:

Product Details:

Carbon steels are those that have carbon as the main alloying element. 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.

The SAE 1030 steel is a high carbon steel, and has moderate strength and hardness in the as-rolled condition. It can be hardened and strengthened by cold work. It also has fair machinability, ductility and good weldability.

The following sections will discuss in detail about SAE 1030 carbon steel.

 

Application :

• Automobile Industry, Construction , Pharmaceutical/Chemical Industry , Oil & Gas Industry

Chemical Composition:

The chemical composition of SAE1030 carbon steel is outlined in the following table.

Product Details:

We can produce SAE 5150 stainless steel round rods, SAE 5150 forging, sheet, coil, and profiledstrip, Deformed steel, flat steel, mould, steel wire, have all specifications. With DuoNian production experience, strict control SAE 5150 chemical composition and SAE 5150 mechanical properties. From casting, forging, steel to hot and cold rolling process, heat treatment, etc, we have the control of professional engineers. We have advanced precision machining equipment, according to the requirements of users machining. in order to achieve the most satisfied with the user requirements.

Tubings: OD: 6-1800mm, with wall thickness ranging from 1-35 mm.

Finished goods condition: hot forging/hot rolling + annealing/normalizing + tempering/quenching + tempering/any conditions based on the customer's requirement

Surface conditions: scaled (hot working finish)

Ultrasonic inspection: 100% ultrasonic inspection for any inperfections or based on the customer's requirement Excellent service for all kinds of industries,with advantages of technologies, equipment and price.

Features:

• Anealed, Pickled, Polished, Cold Drawn

Product Details:

Our clients can avail from us a premium quality assortment of Nitronic-50 Round Bar.

Specifications:

• Material: Stainless steel
• Usage: Construction of buildings

Features:

• High strength
• Corrosion resistance
• Elevated durability

Product Details:

Monel nickel-copper alloy K-500 combines the excellent corrosion resistance characteristic of Monel alloy 400 with the added advantages of greater strength and hardness. The increased properties are obtained by adding aluminum and titanimum to the nickel-copper base, and by heating under controlled conditions so that submicroscopic particles of Ni3 (Ti, Al) are precipitated thoughout the matrix. The thermal processing used to effect precipitation is commonly called age hardening or aging.
Application:Typical applications for alloy K-500 are pump shafts and impellers; doctor blades and scrapers; oil-well drill collars and instruments; electronic components; springs; and valve trim.
Corrosion Resistance:The corrosion resistance of Monel alloy K-500 is subtantially equivalent to that of alloy 400 except that, when in the age-hardened condition, alloy K-500 has a greater tendency toward stress-corrosion cracking in some environments. Monel alloy K-500 has been found to be resistant to a sour-gas environment. After 6 days of continuous immersion in saturated (3500ppm) hydrogen sulfide solutions at acidic and basic pH's (ranging from 1.0 to 11.0), U-bend specimens of age-hardened sheet show no cracking. There was some tightly adherent black scale. Hardness of the specimens ranged from 28 to 40 Rc.The combination of very low corrosion rates in high-velocity sea water and high strength make alloy K-500 particularly suitable for shafts of centrifugal pumps in marine service. In stagnant or slow-moving sea water, fouling may occur followed by pitting, but this pitting slows down after a fairly rapid initial attack.
Physical Properties:

• Density, lb/cu in ........................ 0.3054 gram/cc....... 8.434 
• Melting Range, °F................................. 2400-2460 
• Modulus of Elasticity, 10(6) psi, Tension................ 26.0 
• Torsion........................ 9.5 
• Poisson's Ration........................... 0.32

Available Size:

• Size/Diameter:1/2 inch, 1 inch, 2 inch, 3 inch, 4 inch, >4 inch
• Single Piece Length :3 meter, 6 meter, 18 meter, 36 meter, >36 meter

Type Analysis:

Product Details:

Monel 400 is a nickel-copper alloy (about 67% Ni – 23% Cu) that is resistant to sea water and steam at high temperatures as well as to salt and caustic solutions. Alloy 400 is a solid solution alloy that can only be hardened by cold working. This nickel alloy exhibits characteristics like good corrosion resistance, good weldability and high strength. A low corrosion rate in rapidly flowing brackish or seawater combined with excellent resistance to stress-corrosion cracking in most freshwaters, and its resistance to a variety of corrosive conditions led to its wide use in marine applications and other non-oxidizing chloride solutions. This nickel alloy is particularly resistant to hydrochloric and hydrofluoric acids when they are de-aerated. As would be expected from its high copper content, alloy 400 is rapidly attacked by nitric acid and ammonia systems.

Monel 400 has great mechanical properties at subzero temperatures, can be used in temperatures up to 1000° F, and its melting point is 2370-2460° F. However, alloy 400 is low in strength in the annealed condition so, a variety of tempers may be used to increase the strength.

In what forms is Monel 400 Available at Mega Mex?

• Sheet
• Plate
• Bar
• Pipe Tube (welded seamless)
• Fittings (i.e. flanges, slip-ons, blinds, weld-necks, lapjoints, long welding necks, socket welds, elbows, tees, stub-ends, returns, caps, crosses, reducers, and pipe nipples)
• Wire

What are the characteristics of Monel 400:

• Resistant to seawater and steam at high temperatures
• Excellent resistance to rapidly flowing brackish water or seawater
• Excellent resistance to stress corrosion cracking in most freshwaters
• Particularly resistant to hydrochloric and hydrofluoric acids when they are de-aerated
• Offers some resistance to hydrochloric and sulfuric acids at modest temperatures and concentrations, but is seldom the material of choice for these acids
• Excellent resistance to neutral and alkaline salt
• Resistance to chloride induced stress corrosion cracking
• Good mechanical properties from sub-zero temperatures up to 1020° F
• High resistance to alkalis

MONEL Alloy 400

• Nickel (plus Cobalt) .................63.0 min. 
• Carbon ...............................0.3 max. 
• Manganese .........................2.0 max. 
• Iron .......................2.5 max. 
• Sulfur ............................0.024 max. 
• Silicon .........................0.5 max. 
• Copper .........................28.0 - 34.0

Application: Drinking Water, Utilities Water , Chemical Handling, Gas Handling, Food Products

Available Size:

• Size/Diameter:  1/2 inch, 1 inch, 2 inch, 3 inch, 4 inch, >4 inch

• Single Piece Length: 3 meter , 6 meter, 18 meter, 36 meter, >36 meter

 

Product Details:

Waspaloy (UNS N07001) Round Bar, Sheet, Pipe

Waspaloy® is a nickel-base alloy with excellent high temperature strength and good resistance to oxidation at temperatures up to 1600°F. Waspaloy has higher stability and strength ranges than those available for alloy 718. Waspaloy can be heat treated in three-steps: solution treatment, stabilisation and age-hardening

Chemistry:Typical

• Nickel: Balance
• Chromium: 18.00-21.00
• Cobalt: 12.00-15.00
• Titanium: 2.75-3.25
• Aluminum: 1.20-1.60
• Bornon: 0.003-0.01
• Carbon: 0.020-0.10
• Zirconium: 0.02-0.08
• Iron: 3.00 max
• Magnanese: 0.10 max
• Silicon: 0.15 max
• Phosphorus: 0.015 max
• Sulfur: 0.015 max

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

Product Details:

There are several types and variations of stellite superalloys containing varying levels of: titanium, silicon, sulfur, phosphorus, molybdenum, manganese, chromium, carbon, boron, aluminium, iron, nickel and cobalt in different quantities. Most of the stellite alloys contain four to six of these elements. The Carbon content (and hence carbide volume) of a Stellite alloy is incredibly influential on the materials performance. Therefore, it is possible to group Stellite alloys as follows:

• High carbon - designed for high wear applications
• Low carbon - for high temperature uses
• Low carbon / higher Chromium to combat corrosion

Chromium is also an extremely important component of Stellite alloys, not only does it offer its high corrosion resistant properties to the alloy but it is also the predominant carbide former and it provides strength (as a solute) in the alloying matrix.

 

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry

 

Typical Chemical composition of stellite 1:

Mechanical Properties of Stellite 1 Alloy

The mechanical properties of stellite 1 are displayed in the table below:

Product Details:

The metal is silvery white, very hard transition metal, but is softer and more ductile than tungsten. It was often confused with graphite and lead ore. It has a high elastic modulus, and only tungsten and tantalum, of the more readily available metals, have higher melting points. Molybdenum has one of the highest melting points of all pure elements. Molybdenum is attacked slowly by acids.

Applications

Molybdenum is a valuable alloying agent, as it contributes to the hardenability and toughness of quenched and tempered steels. It also improves the strength of steel at high temperatures. Molybdenum is used in alloys, electrodes and catalysts. The Second World War German artillery piece called "Big Bertha" contains molybdenum as an essential component of its steel.

It is used in certain nickel-based alloys, such as the "Hastelloys(R)" which are heat-resistant and corrosion-resistant to chemical solutions. Molybdenum oxidizes at elevated temperatures. The metal has found recent application as electrodes for electrically heated glass furnaces and foreheaths. The metal is also used in nuclear energy applications and for missile and aircraft parts. Molybdenum is valuable as a catalyst in the refining of petroleum. It has found applications as a filament material in electronic and electrical applications. Molybdenum is an essential trace element in plant nutrition. Some lands are barren for lack of this element in the soil. Molybdenum sulfide is useful as a lubricant, especially at high temperatures where oils would decompose. Almost all ultra-high strength steels with minimum yield points up to 300,000 psi(lb/in.²) contain molybdenum in amounts from 0.25 to 8%.

Application:

• Automobile Industry, Construction, Pharmaceutical/Chemical Industry, Oil & Gas Industry