Material Property Comparison
Dura-Bar’s consistent material performance, distribution network and commitment to customers are unmatched in the industry.
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Dura-Bar is an ideal alternative for many steel applications, particularly for carbon steel grades such as 1010, 1018, 1040, 1045, 1141, 1144, 1212, 1214, 1215, 1218, and 12L14. Depending on the application, even some grades of alloy bar are an excellent fit for Dura-Bar.
Many companies are putting Dura-Bar to work in place of traditional steel grades. They are discovering the benefits of continuous cast ductile iron from Dura-Bar. Usually the switch is made because Dura-Bar lowers the cost to produce their part. However, they also realize Dura-Bar doesn’t have other issues that plague the steel market, like spot shortages, allocations and fluctuating prices.
Dura-Bar’s consistent material performance, distribution network and commitment to customers are unmatched in the industry.
The following chart depicts how the material properties of Dura-Bar 65-45-12 and 80-55-06 ductile iron compare to those of a few common grades of steel.
Ductile
65-45-12
- Tensile Strength (psi): 65,000
- Yield Strength (psi): 45,000
- Elongation (% in 2″): 12
- Hardness – Average (BHN): 180
- Shear Strength (psi): 54,000
- Compressive Strength (psi): 110,000
SSDI
- Tensile Strength (psi): 75,000
- Yield Strength (psi): 55,000
- Elongation (% in 2″): 15
- Hardness – Average (BHN): 198
- Shear Strength (psi): –
- Compressive Strength (psi): 59,200
80-55-06
- Tensile Strength (psi): 80,000
- Yield Strength (psi): 55,000
- Elongation (% in 2″): 6
- Hardness – Average (BHN): 229
- Shear Strength (psi): 72,000
- Compressive Strength (psi): 115,000
Hot Rolled
1018
- Tensile Strength (psi): 58,000
- Yield Strength (psi): 31,900
- Elongation (% in 2″): 25
- Hardness – Average (BHN): 116
- Shear Strength (psi): 33,060
- Compressive Strength (psi): 58,000
AISI 1045 JSI 45C
- Tensile Strength (psi): 81,900
- Yield Strength (psi): 45,000
- Elongation (% in 2″): 16
- Hardness – Average (BHN): 163
- Shear Strength (psi): 46,680
- Compressive Strength (psi): 81,900
1117
- Tensile Strength (psi): 58,900
- Yield Strength (psi): 31,900
- Elongation (% in 2″): 25
- Hardness – Average (BHN): 116
- Shear Strength (psi): 33,060
- Compressive Strength (psi): 58,000
1144
- Tensile Strength (psi): 102,000
- Yield Strength (psi): 60,900
- Elongation (% in 2″): 21
- Hardness – Average (BHN): 212
- Shear Strength (psi): 58,140
- Compressive Strength (psi): 102,000
12L14
- Tensile Strength (psi): 57,300
- Yield Strength (psi): 34,100
- Elongation (% in 2″): 22
- Hardness – Average (BHN): 121
- Shear Strength (psi): 32,660
- Compressive Strength (psi): 57,300
Example Application
Steel’s Problems
- Leaded material requires coolant disposal costs
- Poor surface finish
- Poor wear resistance
Solutions and Benefits
- Lead-free Dura-Bar
- Superior surface finish
- Excellent grooving and drilling
- Extended tool life
- Lower shipping cost due to lighter weight of Dura-Bar
Customer Feedback
“Donec dapibus erat sed consequat fermentum. Aenean viverra ultrices mauris quis ultrices gravida aliquam.” John Doe
“Donec dapibus erat sed consequat fermentum. Aenean viverra ultrices mauris quis ultrices gravida aliquam.” Jane Smith
“Donec dapibus erat sed consequat fermentum. Aenean viverra ultrices mauris quis ultrices gravida aliquam.” David White
Hydraulic Manifold
Dura-Bar provided a more machinable material with the needed pressure retention of the application originally manufactured in 1018 steel. The machining cycle time was cut in half and time changing inserts was also reduced.

Compressor Rotor
Dura-Bar 65-45-12 properties and superior quality resulted in reduced machining cycle times, lowered tooling costs and improved balance over steel.

Why an Alternative
Time Savings
Need to save time and money? Are lead times ever a concern?
Quality
How does the quality of the material you use stack up?
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