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AISI 1085 Carbon Steel (UNS G10850)

Carbon steels are the steels having 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.

21 Sep 2012

AISI 1090 Carbon Steel (UNS G10900)

Steels containing only carbon as the chief alloying element are known as carbon steels. They contain 0.4% of silicon and 1.2% of manganese. Molybdenum, chromium, nickel, copper, and aluminium are also found in traces.

21 Sep 2012

AISI 1095 Carbon Steel (UNS G10950)

Carbon is the main alloying element present in the carbon steels. They also contain 0.4% of silicon and 1.2% of manganese. Elements such as nickel, copper, aluminium, and molybdenum are present in small traces. The AISI 1095 carbon steel is brittle, and has high hardness and strength.

21 Sep 2012

AISI 1117 Carbon Steel (UNS G11170)

Carbon is the main alloying element found in the carbon steels. Chromium, nickel, copper, molybdenum, and aluminium are present in small quantities. These steels contain 0.4% of silicon and 1.2% of manganese.

21 Sep 2012

AISI 1137 Carbon Steel (UNS G11370)

Carbon steels are steels containing only carbon as the main alloying element. They are designated by AISI four-digit numbers, and contain 0.4% of silicon and 1.2% of manganese. Molybdenum, chromium, nickel, copper, and aluminium are present in small quantities.

21 Sep 2012

AISI 1144 Carbon Steel (UNS G11440)

Steels having carbon as the primary alloying element are referred as carbon steels. They also contain 0.4% of silicon and 1.2% of manganese. Residual elements such as molybdenum, chromium, nickel, copper, and aluminium are present in traces.

21 Sep 2012

AISI 1146 Carbon Steel (UNS G11460)

Carbon steels are steels containing carbon as the specific alloying element. They are designated by AISI four-digit numbers. About 0.4% of silicon and 1.2% of manganese are also present in these steels.

21 Sep 2012

AISI 1211 Carbon Steel (UNS G12110)

Carbon steels are steels containing carbon as the chief alloying element. These steels contain aluminium, chromium, copper, nickel, and molybdenum in small quantities. They also contain 0.4% of silicon and 1.2% of manganese.

21 Sep 2012

AISI 1213 Carbon Steel (UNS G12130)

Steels containing carbon as the main alloying element are referred as carbon steels. They also contain 1.2% of manganese, and 0.4% of silicon. Residual elements such as chromium, molybdenum, copper, aluminium, and nickel are also present in small quantities.

21 Sep 2012

AISI 1330 Alloy Steel (UNS G13300)

Alloy steels contain a wide variety of steels having compositions which exceed the limitations of Mn, C, Mo, Si, Ni, Va, and B set for carbon steels. They are designated by AISI four-digit numbers.

21 Sep 2012

Editorial Highlights

The Current State of the Global Semiconductor Market

The global semiconductor market has entered an exciting period. Demand for chip technology is both driving the industry as well as hindering it, with current chip shortages predicted to last for some time. Current trends will likely shape the future of the industry, which is set to continue to show

How are Graphene Batteries Made?

The primary distinction between graphene-based batteries and solid-state batteries lies in the composition of either electrode. Although the cathode is commonly changed, carbon allotropes can also be employed in fabricating anodes.

What Role Will The IoT Play In The Electric Vehicle Industry?

In recent years, the IoT is rapidly being introduced into almost all sectors, but it has particular importance in the EV industry.

Latest Articles

AISI 1085 Carbon Steel (UNS G10850)

AISI 1090 Carbon Steel (UNS G10900)

AISI 1095 Carbon Steel (UNS G10950)

AISI 1117 Carbon Steel (UNS G11170)

AISI 1137 Carbon Steel (UNS G11370)

AISI 1144 Carbon Steel (UNS G11440)

AISI 1146 Carbon Steel (UNS G11460)

AISI 1211 Carbon Steel (UNS G12110)

AISI 1213 Carbon Steel (UNS G12130)

AISI 1330 Alloy Steel (UNS G13300)

The Future of Battery Diagnostics

Tackling the Battery Production Challenge

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Enhance Nanostructure Analysis With the SAXSpoint 500 SAXS/WAXS System

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Key Considerations for Raman Analysis in Hazardous Zones

Optimizing Laboratory Efficiency Through In-House Acid Purification

Proven Reliability for ABB’s Triple Isotope Analyzer in Independent Testing

Mineral Analysis in the Mining Industry: Sample Preparation and Challenges

Editorial Highlights

The Current State of the Global Semiconductor Market

How are Graphene Batteries Made?

What Role Will The IoT Play In The Electric Vehicle Industry?

Latest Articles

The Future of Battery Diagnostics

Tackling the Battery Production Challenge

Enhancing Materials Research with XRM Microscopy and Deep Learning Reconstruction

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Editorial Highlights