Carbon & Alloy Steel Supplier in Ohio | ICI Metals

Carbon & Alloy Steel

Carbon & Alloy Steel Supplier for Ohio Manufacturers

ICI Metals is a trusted carbon and alloy steel supplier serving manufacturers throughout Ohio and the Midwest. Our inventory includes a wide range of grades, shapes, and sizes used in machining, fabrication, production manufacturing, and industrial applications.

1018 Alloy Steel

General Purpose Carbon Steel

Low carbon steel with excellent weldability and formability. Ideal for bending, cold forming, and general purpose machining applications.

Shapes Available
Round, Square, Flat, Hexagon
Grade
1018
Tolerance
Meets cold finished carbon steel bar manufacturing tolerances
Application
Case hardened parts where core strength is not critical. Widely used in shafting applications
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.
Chemistry
Carbon 0.15/0.20
Manganese 0.60/0.90
Phosphorus 0.04 (Max)
Sulphur 0.05 (Max)
Mechanical Properties.
Tensile Strength 64,000psi
Yield Strength 54,000psi
Elongation in 2" 15%
Reduction of Area 40%
Brinell Hardness 126
Machinability CF 70% HR 52% (C1212=100%)

1045 ALLOY STEEL

MEDIUM CARBON STEEL

1045 steel is a versatile medium carbon steel commonly used when greater strength, wear resistance, and hardenability are required. It is widely used for shafts, pins, hydraulic components, and other industrial applications throughout Ohio manufacturing environments.

Shapes Available
Round, Square, Flat, Hexagon
Grade
1045
Tolerance
Meets cold finished carbon steel bar manufacturing tolerances
Application
Medium strength parts, particularly where hardenability for wear or higher strength is needed. Shafts for hydraulic and pneumatic cylinders.
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.
Chemistry
Carbon 0.43/0.50
Manganese 0.60/0.90
Phosphorus 0.04 (Max)
Sulphur 0.05 (Max)
Mechanical Properties.
Tensile Strength 91,000psi
Yield Strength 77,000psi
Elongation in 2" 12%
Reduction of Area 35%
Brinell Hardness 179
Machinability CF 65% HR 56% (C1212=100%)

1215 CARBON STEEL

FREE MACHINING CARBON STEEL

1215 steel is a free machining carbon steel specifically designed for high-speed machining operations. Its exceptional machinability and ability to produce excellent surface finishes make it a popular choice for precision turned parts and high-volume production environments.

Shapes Available
Round, Hexagon
Grade
1215
Tolerance
Meets cold finished carbon steel bar manufacturing tolerances
Application
Screw machine parts that are not subject to severe stresses.
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.
Chemistry
Carbon 0.09 (Max)
Manganese 0.75/1.05
Phosphorus 0.04/0.09
Sulphur 0.26/0.35
Mechanical Properties.
Tensile Strength 78,000psi
Yield Strength 60,000psi
Elongation in 2" 10%
Reduction of Area 35%
Brinell Hardness 167
Machinability CF 136% (C1212=100%)

12L14 CARBON STEEL

FREE MACHINING LEADED STEEL

12L14 steel is a leaded free machining carbon steel designed for maximum machining performance and production efficiency. Its outstanding machinability and ability to produce excellent surface finishes make it one of the most popular materials for high-volume precision turned parts.

Shapes Available
Round, Hexagon
Grade
12L14
Tolerance
Meets cold finished carbon steel bar manufacturing tolerances
Application
With its fast machinability it is a favorite for automatic screw machine parts like bushings, inserts, couplings, and fittings.
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.
Chemistry
Carbon 0.15 (Max)
Manganese 0.85/1.15
Phosphorus 0.04/0.09
Sulphur 0.26/0.35
Lead 0.15/.35
Mechanical Properties.
Tensile Strength 78,000psi
Yield Strength 60,000psi
Elongation in 2" 10%
Reduction of Area 35%
Brinell Hardness 165
Machinability 180% (C1212=100%)

4140 ALLOY STEEL

CHROMOLY ALLOY STEEL

4140 steel is a chromium-molybdenum alloy steel known for its exceptional strength, toughness, and wear resistance. It responds well to heat treatment and is commonly selected for demanding industrial applications where higher strength and durability are required.

Shapes Available
Round, Hexagon, Flats
Grade
4140
Tolerance
Meets commercial carbon steel bar manufacturing tolerances
Application
Highly stressed parts, or parts subject to severe wear.
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.
Chemistry
Carbon .38/.43
Manganese 0.75/1.00
Phosphorus 0.035 (Max)
Sulphur 0.04 (Max)
Silicon 0.15/0.35
Chromium 0.80/1.10
Molybdenum 0.15/0.25

8620 STEEL

CARBURIZING ALLOY STEEL

8620 steel is a nickel-chromium-molybdenum alloy steel widely recognized for its excellent carburizing characteristics. It develops a hard, wear-resistant surface while maintaining a tough, ductile core, making it a preferred material for gears, shafts, and other heavily loaded power transmission components.

Shapes Available
Round
Grade
8620
Tolerance
Meets cold finished carbon steel bar manufacturing tolerances
Application
Structural parts such as gears, pinions, spline shafts, pins and a variety of other important applications requiring a hard wear surface and a ductile core.
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.
Chemistry
Carbon 0.18/0.23
Manganese 0.70/0.90
Phosphorus 0.035 (Max)
Sulphur 0.04 (Max)
Silicon 0.15/0.35
Nickel 0.40/0.70
Chromium 0.40/0.60
Molybdenum 0.15/0.25
Machinability CF 63 HR 60 (C1212=100%)

E.T.D. 150®

ELEVATED TEMPERATURE DRAWN ALLOY STEEL

E.T.D. 150® is a proprietary high-strength alloy steel produced through Niagara LaSalle's elevated temperature drawing process. Designed to eliminate secondary operations such as heat treating, straightening, and finish grinding, E.T.D. 150® delivers exceptional strength, dimensional consistency, and machining performance directly from stock.

Shapes Available
Rounds (7/16" through 3-1/2")
Grade
produced from AISI medium carbon 4100 series alloy steel
Tolerance
7/16" to 1-1/2" incl 0.005" Over 1-1/2 to 2-1/2 incl 0.006" Over 2-1/2" to 3-1/2" incl 0.007
Application
Parts you are now heat treating from Rc 30 to Rc 36.
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.
Chemistry
Carbon 0.40 Min
Manganese 0.70/1.10
Phosphorus 0.15/0.35
Sulphur 0.80/1.20
Lead 0.15/0.25
Mechanical Properties.
Tensile Strength 150,000 psi
Yield Strength 130,000 psi
Elongation 10%(Mean)
Reduction of Area 37% (Mean)
Machinability 75% of 1212
Rockwell C hardness
Brinell Hardness
** 32 Min.
**302 Min.
MICRO-STRUCTURE Ferritic fine grain and fine pearlite. Fine grain size 5-8.
SIZE RANGE 7/16" rounds through 3-1/2"
TOLERANCES
(Tolerances, in decimals of an inch, provide for undersize variation only.)
Rounds
7/16" to 1-1/2" incl. 0.005"
Over 1-1/2" to 2-1/2" incl. 0.006"
Over 2-1/2" to 3-1/2" incl. 0.007"
LENGTH 11'/13'
FINISH
  1. Standard "as drawn" finish is smooth, accurate and dark in color.
  2. Ground and Polished finish provides close tolerances, high accuracies and bright surface. Rounds only.
EXAMPLE OF USE Parts you are now heat treating from Rc 30 to Rc 36.

* "e.t.d." 150® contains additives for improving machinability. These may be Tellurium, Selenium, Sulphur (.06 max), or others, separately or in combination.

**In the event of disagreement between hardness and tensile strength, the tensile strength shall govern.

STRESSPROOF®

HIGH-STRENGTH COLD FINISHED STEEL

STRESSPROOF® is a proprietary cold finished steel engineered to provide exceptional strength, machinability, and dimensional stability without the need for heat treatment. Its unique stress-relieving process delivers superior consistency, reduced distortion, and dependable performance in demanding production environments.

Shapes Available
Rounds 1/4" through 4-1/2" Hexagons 1/4" through 2"
Grade
ASTM A311
Tolerance
Rounds:
1/4" to 1-1/2" incl.0.004"
Over 1-1/2" to 2-1/2" incl.0.005"
Over 2-1/2" to 4 incl.0.006"
Over 4" to 4-1/2" incl.0.007"

Hexagons:
1/4" to 3/4" incl.0.004"
Over 3/4" to 1-1/2" incl.0.005"
Over 1-1/2" to 2" incl.0.006"
Application
Parts you are now heat treating from Rc 23 to Rc 30. A uniform material which provides exceptional quality for Production, maintenance or special machine parts.
See Technical Data
PLEASE NOTE: All technical data is for comparison purposes only and should not be used for design purposes. Please consult an engineer to discuss specific recommendations regarding the appropriate metal for your project or application.

Stressproof Difference: The Only Steel Bar Pretested for Machinability

Consistent quality is becoming increasingly important to steel users over a wide range of products. This is particularly true in the case of the uniformity of machinability of cold finished steel bars, because of the ever greater automation in the machine shop. The present new generation of computer-controlled machine tools is less tolerant of differences in tool life, emphasizing the need for materials that are dependable performers.

Niagara LaSalle has recognized this need for product uniformity, since it has worked in the field of machining for many years in close contact with production machine shops. Through the years, the desirability of having available a quick and inexpensive machinability test that could be used as a routine quality control check was often discussed. Finally, several years ago, after much painstaking research, Niagara LaSalle did develop a new machinability test ideally suited for quality control purposes and the monitoring of certain specialty products where uniform machinability is important.

Niagara LaSalle's machining test is different from most other tests now in use in that it is basically a "go/no-go" test, which is an integral part of the machining cycle used to prepare the standard tension test specimen needed for releasing every lot of STRESSPROOF® produced. When this machining procedure is done with a modern computer-controlled lathe, the test is simple, accurate, and inexpensive to carry out.

It is recognized that this test will not pick up every conceivable problem associated with machining, particularly those related to residual stresses or surface problems. However, the test is very sensitive to effects associated with the basic nature of the steel, such as tensile properties, hardness, metallographic differences in structure and inclusions, and variations in chemical composition.

It is strongly felt that in our modern computer age, uniformity in machinability of a product has become a key factor in improved productivity, and Niagara LaSalle will continue to be responsive to the needs of its customers.

STRESSPROOF not only meets the minimum properties of ASTM A311, but it also has controlled low stresses, reliable machining, and improved surface quality. Result is longer part life with less manufacturing costs.

Comparison of ASTMA 311 and STRESSPROOF®

ASTM A 311 STRESSPROOF®
Mechanical Property Tests 1 tension test every 50,000 lbs. or less of same lot for TENSILE, YIELD, ELONGATION/2", R/A 1 tension test for every 10,000 lbs. or less of same lot for TENSILE, YIELD, EL/2", R/A. If restraightened, then the same number of tests are again required.
Seam Depth Specification No specification Maximum seam depth of 0.010 up to 5/8" diameter. Thereafter 0.001 per each 1/16" of diameter, i.e., 1" dia.-0.016" max. depth of seam. Seams deeper than this are rejectable. This specification is 33% less than the standard for AISI 1144 grade.
Magnetic Testing No specification Every order is inspected for surface defects with a magnetic or roto bar tester. Seams deeper than that stated above are rejected.
Machinability Testing No specification One or more machinability tests are run every 10,000 lbs. or less of same lot. If final test is negative, the STRESSPROOF lot is rejected.
Warpage Testing No specification One warpage test is taken of first bar produced by a new or reground specialty designed drawing die. If this test indicates stresses are out of specification, the die is not used.
Drawing Die Testing No specification An optical comparator test is made of a mold from each new or reground die measuring the internal geometry of the die. Routine warpage tests are also conducted throughout the life of the die.

FACTS

FACT: THE GRADE 1144 MODIFIED Grade AISI 1144 was originated by the LaSalle Steel Company in the mid-1930's for the purpose of making STRESSPROOF.

FACT: THE PATENT The original patent for STRESSPROOF, "the steel product and method of manufacture", was based on cold drawing with heavy drafts, i.e., higher-than-normal drafts. This was followed by the highest temperature stress relieving treatment possible to obtain a combination of properties… strength, wear resistance, minimum warpage, and excellent machinability.

FACT: HIGH TEMPERATURE STRESS RELIEVING The importance of high temperature stress relieving to obtain maximum ductility, minimum warpage and excellent machinability is a major part of the original patent. The stress relieving temperature selection is based on 60 years of experience and thorough documentation.

FACT: PATENTED DRAWING DIES Niagara LaSalle's patented drawing dies have always been the most critical part of producing STRESSPROOF. Therefore, a warpage test is always performed on the first bar drawn through either a new or reground die. Warpage tests are also regularly made as part of a standard quality assurance procedure. Niagara LaSalle is the only mill to use a warpage test. The results then become an integral part of the quality assurance program.

FACT: SURFACE QUALITY To assure surface quality, comparitor or roto bar testing for seams on every order is a part of the STRESSPROOF manufacturing process. To further improve quality, Niagara LaSalle reduced the standard seam depth tolerance for STRESSPROOF from 0.0015 per each 1/16" to 0.0010 per each 1/16". This can mean a savings of 3% in material weight purchased.

FACT: MACHINABILITY ASSURANCE Machinability testing of all STRESSPROOF is regularly done as a part of the Niagara LaSalle Quality Assurance Program. Niagara LaSalle is the only mill in the world to use a machining test as part of a production and quality assurance program.

FACT: ASTM A311 SPECIFICATION This specification was written in an attempt to cover STRESSPROOF properties. This specification is very broad in that it covers eight grades and four conditions of stress relieved cold drawn bars to meet minimum mechanical property requirements.

FACT: MECHANICAL PROPERTY TESTING Mechanical property (tension) testing at Niagara LaSalle uses the largest sampling plan in the industry. A minimum of one test (tensile, yield, elongation, R/A) is made for every 50,000 lbs. or less. Mechanical property testing is always the final production operation after all processing is completed.

Chemistry
Carbon 0.40/0.48
Manganese 1.35/1.65
Phosphorus 0.040 Max.
Sulphur 0.24/0.33
Silicon 0.15/0.35
* AISI 1144 heats to be used for STRESSPROOF® are nitrogen treated, and contain nitrogen in quantities normally associated with steel produced by the electric furnace process.
Mechanical Properties. - To ASTM A311 Class B.
Tensile Strength 115,000 psi (Min.)
Yield Strength 100,000 psi (Min.)
Machining Characteristics 83% of 1212
Elongation 8% Min. (7% Min. above 3 in.)
Reduction of Area 25% Min. (20% Min. above 2 in.)
MICRO-STRUCTURE Pearlite and ferrite
SIZE RANGE Rounds 1/4" through 4-1/2" Hexagons 1/4" through 2"

Metal Inventory Backed by Processing Services

More than just metal supply

ICI Metals does more than supply material. Our inventory is supported by value-added services including precision aluminum plate sawing, precision bar sawing, Response™ Inventory Management, packaging, labeling, and scheduled delivery solutions. This combination helps manufacturers reduce lead times, simplify purchasing, and keep production moving.

  • Precision Aluminum Plate Sawing
  • Precision Bar Sawing
  • Response™ Inventory Management
  • Packaging
  • Labeling
  • Scheduled Delivery Solutions
ICI Metals does more than supply material. Our inventory is supported by value-added services