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LIST OF AISI CARBON STEEL TYPE 15xx

List of AISI Carbon Steel type 15xx

Listing of AISI 11xx Carbon Steels

List of AISI Carbon Steel type 11xx

Name	Class	Alloy Type
AISI 1110	Carbon steel	Standard resulfurized
AISI 1117	Carbon steel	Standard resulfurized
AISI 1118	Carbon steel	Standard resulfurized
AISI 1137	Carbon steel	Standard resulfurized
AISI 1139	Carbon steel	Standard resulfurized
AISI 1140	Carbon steel	Standard resulfurized
AISI 1141	Carbon steel	Standard resulfurized
AISI 1144	Carbon steel	Standard resulfurized
AISI 1145	Carbon steel	Standard resulfurized
AISI 1146	Carbon steel	Standard resulfurized
AISI 1151	Carbon steel	Standard resulfurized

Source:efunda

AISI 1005: Properties of Carbon Steel AISI 1005, Composition, Mechanical Properties

AISI 1005 is a Standard grade *Carbon Steel. It is composed of (in weight percentage) 0.06%(max) Carbon (C), 0.35%(max) Manganese (Mn), 0.04%(max) Phosphorus (P), 0.05%(max) Sulfur (S), and the base metal Iron (Fe). Other designations of AISI 1005 carbon steel include UNS G10050 and AISI 1005. 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. Carbon steels alloying elements do not exceed these limits: 1% carbon, 0.6% copper, 1.65% manganese, 0.4% phosphorus, 0.6% silicon, and 0.05% sulfur. The typical elastic modulus of carbon steels at room temperature (25°C) ranges from 190 to 210 GPa. The typical density of carbon steels is about 7.85 g/cm³. The typical tensile strength varies between 276 and 1882 MPa. The wide range of ultimate tensile strength is largely due to different heat treatment conditions. Further Information on AISI 1005 Carbon Steel:* AISI 1005

Category	Steel
Class	Carbon steel
Type	Standard
Designations	United States: ASTM A29 , ASTM A510 , MIL SPEC MIL-S-11310 (CS1005) , SAE J403 , SAE J412 , UNS G10050

Composition

Element	Weight %
C	0.06 (max)
Mn	0.35 (max)
P	0.04 (max)
S	0.05 (max)

Mechanical Properties

Properties		Conditions
Properties		T (°C)	Treatment
Density (×1000 kg/m³)	7.872	25
Poisson's Ratio	0.27-0.30	25
Elastic Modulus (GPa)	190-210	25

Thermal Properties

Properties		Conditions
Properties		T (°C)	Treatment
Thermal Expansion (10^-6/ºC)	12.6	0-100 more
Specific Heat (J/kg-K)	481	50-100 more

Source: www.efunda.com

AISI 1045

AISI 1045

Category	Steel
Class	Carbon steel
Type	Standard
Designations	France: AFNOR XC 42 TS , AFNOR XC 45 , AFNOR XC 48 , AFNOR XC42 Germany: DIN 1.1191 Japan: JIS S 45C , JIS S 48 C Sweden: SS 1672 United States: ASTM A29 , ASTM A510 , ASTM A519 , ASTM A576 , ASTM A682 , FED QQ-S-635 (C1045) , FED QQ-S-700 (1045) , SAE J403 , SAE J412 , SAE J414 , UNS G10450

Composition

Element	Weight %
C	0.43-0.50
Mn	0.60-0.90
P	0.04 (max)
S	0.05 (max)

Mechanical Properties

Properties		Conditions
Properties		T (°C)	Treatment
Density (×1000 kg/m³)	7.7-8.03	25
Poisson's Ratio	0.27-0.30	25
Elastic Modulus (GPa)	190-210	25
Tensile Strength (Mpa)	585	25	cold drawn, annealed (round bar (16-22 mm)) more
Yield Strength (Mpa)	505
Elongation (%)	12
Reduction in Area (%)	45
Hardness (HB)	170	25	cold drawn, annealed (round bar (19-32 mm)) more

Thermal Properties

Properties		Conditions
Properties		T (°C)	Treatment
Thermal Expansion (10^-6/ºC)	15.1	0-700 more	annealed

Source: efunda

General Characteristics of AISI 1045

AISI 1045 is a low-cost alloy suitable for most engineering and construction applications. A medium-carbon steel with adequate strength and toughness characteristics, AISI 1045 is valuable for induction- or flame-hardened components.

Chemical Composition of AISI 1045

Carbon 0.43
Manganese 0.60-0.90
Phosphorus 0.040 max
Sulfur 0.050 max
Silicon 0.15 to 0.30, or:
0.10 max
0.10-0.20
0.20-0.40
0.30-0.60
Iron balance

Heat Treatment of AISI 1045

1300°F (704°C) safe tempering maximum
Normalize by heating to 1575° to 1650°F (857° to 899°C)
Full anneal at 1500° to 1625°F (816° to 885°C)
Process anneal after cold working at 1100° to 1225°F (593° to 663°C)
Harden
- Heat to 1500° to 1600°F (816° to 871°C)
- Water or oil quench
- Temper to appropriate hardness

Applications of AISI 1045

Cold extrusion
Cold drawing
Shafts
Pins
Axles
Rods
Studs
Machine parts
Bolts
Gears
Pinions
Forgings
Bulldozer edges

Machinability of AISI 1045

Annealed, normalized, and quenched and tempered state allows easy machining
Up to 70% of B1112 machinability rating for cold-drawn and annealed stock
Cobalt high-speed steel or carbide-tip tools
Sulfurized or chlorinated cutting oils for high-speed steel cutters
No oil for carbide-tip tools
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
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

Workability of AISI 1045

Hot work from 2250° to 1800°F (1232° to 982°C)
Intermediate annealing required for considerable cold working
Fully anneal when further cold work will follow extensive cold work

Carbon Steels ASTM A576 or AISI 1040

Carbon Steels ASTM A576 or AISI 1040

Carbon Steels 1040

Specifications:		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) SAE J403 (1040) SAE J412 (1040) UNS G10400

Chemistry Data

Carbon		0.37 - 0.44
Iron		Balance
Manganese		0.6 - 0.9
Phosphorus		0.04 max
Sulphur		0.05 max

General Information

Principal Design Features
1040 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.

Applications
Used for crankshafts, couplings and cold headed parts.

Machinability
Machinability is good, rated at 60% that of the 1112 alloy used as a 100% machining rated steel.

Forming
Forming of 1040 steel in the annealed condition is readily accomplished.

Welding
1040 steel is weldable by all of the welding methods. However with its higher carbon content it is important to use both pre-heat at 300 to 500 F and post-heat at 1100 to 1200 F practice per an approved welding procedure.

Heat Treatment
This steel responds well to hardening by heat treatment at 1550 to 1650 F followed by water quench and then tempering to strength level desired.

Forging
Forge at 2300 F down to 1800 F.

Hot Working
Hot work from 900 to 200 F.

Cold Working
In the annealed state the 1040 alloy is readily cold worked by conventional methods.

Annealing
Anneal at 1600 to 1800 F and slow cool in the furnace for a full anneal. A stress relief anneal may be done at 1100 F and a normalizing treatment may be done at 1650 F with slow cooling.

Aging
Not applicable.

Tempering
Tempering from the quenched condition may be done at 600 to 1300 F depending upon the strength desired.

Hardening
Cold work will harden the alloy as will heat treatment and tempering.


Physical Data

Density (lb / cu. in.)		0.284
Specific Gravity		7.86
Specific Heat (Btu/lb/Deg F - [32-212 Deg F])		0.107
Melting Point (Deg F)		2770
Poissons Ratio		0.3
Thermal Conductivity		360
Mean Coeff Thermal Expansion		6.7
Modulus of Elasticity Tension		30
Modulus of Elasticity Torsion		11

Mechanical Data

Form		Round Bar
Condition		Cold Drawn
Temper		68
Tensile Strength		85
Yield Strength		71
Elongation		17
Reduction of Area		42
Rockwell		B93
Brinnell		170

Form		Round Bar
Condition		Hot Rolled
Temper		68
Tensile Strength		90
Yield Strength		56
Elongation		24
Reduction of Area		49
Rockwell		B91
Brinnell		187

AISI Carbon Steel 10xx

= "pub-8214236800335338"; src="//pagead2.googlesyndication.com/pagead/show_ads.js"> cellpadding="0" cellspacing="1"> colspan="3">AISI Steel List
Name Class Alloy Type AISI 1005 Carbon steel Standard AISI 1006 Carbon steel Standard AISI 1008 Carbon steel Standard AISI 1010 Carbon steel Standard AISI 1011 Carbon steel Standard AISI 1012 Carbon steel Standard AISI 1013 Carbon steel Standard AISI 1015 Carbon steel Standard AISI 1016 Carbon steel Standard AISI 1017 Carbon steel Standard AISI 1018 Carbon steel Standard AISI 1019 Carbon steel Standard AISI 1020 Carbon steel Standard AISI 1021 Carbon steel Standard AISI 1022 Carbon steel Standard AISI 1023 Carbon steel Standard AISI 1025 Carbon steel Standard AISI 1026 Carbon steel Standard AISI 1029 Carbon steel Standard AISI 1030 Carbon steel Standard AISI 1035 Carbon steel Standard AISI 1037 Carbon steel Standard AISI 1038 Carbon steel Standard AISI 1038H Carbon steel H-steel AISI 1039 Carbon steel Standard AISI 1040 Carbon steel Standard AISI 1042 Carbon steel Standard AISI 1043 Carbon steel Standard AISI 1044 Carbon steel Standard AISI 1045 Carbon steel Standard border="0" cellpadding="0" cellspacing="1"> class="smalltext" height="20" nowrap="nowrap">AISI 1045H Carbon steel H-steel AISI 1046 Carbon steel Standard AISI 1049 Carbon steel Standard AISI 1050 Carbon steel Standard AISI 1052 Carbon steel Standard AISI 1053 Carbon steel Standard AISI 1055 Carbon steel Standard AISI 1059 Carbon steel Standard AISI 1060 Carbon steel Standard AISI 1064 Carbon steel Standard AISI 1065 Carbon steel Standard AISI 1069 Carbon steel Standard AISI 1070 Carbon steel Standard AISI 1074 Carbon steel Standard AISI 1075 Carbon steel Standard AISI 1078 Carbon steel Standard AISI 1080 Carbon steel Standard AISI 1084 Carbon steel Standard AISI 1085 Carbon steel Standard AISI 1086 Carbon steel Standard AISI 1090 Carbon steel Standard AISI 1095 Carbon steel Standard "summary375464192724725000");

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