The price of alloy steel

The composition and price per kilogram of alloy steel are important considerations in engineering and manufacturing. The allowable stress of low alloy steel is clearly visible, fully compliant with ASTM (American Society for Materials and Testing) standard specifications, and consistent with other materials of the same grade.

The properties of alloy steels vary depending on the alloying elements they contain. Alloy steel is an all-encompassing category with thousands of different alloy steel materials suitable for a variety of different uses. These types of alloy steels are distinguished by the different alloying elements and their proportions. These alloys are basically based on steel, where the total content of the alloy material is 1% to 50%. According to the different alloy content, these alloy steels can be further divided into two sub-categories: high alloy steel and low alloy steel. Low alloy steel contains a lower proportion of alloy material, while high alloy steel contains a higher proportion of alloy material. As for the specific proportion, there is no unified standard definition.

Alloy steels are used in a wide range of industrial, domestic and commercial applications. From household and kitchen appliances to large industrial machinery parts, these materials are widely used for their strength and cost effectiveness.

Each alloy steel has its own unique properties, some of which have excellent and unique properties that make them suitable for special application fields. One of the main advantages of alloy steels is that by adding different elements and fine-tuning the chemical composition, they can be used to replace higher-cost materials, resulting in significant cost reductions. The type and composition of the alloy determine its cost, while the price is calculated per kilogram. The price per kilogram of alloy steel is usually lower compared to other metal alloys or pure metals such as titanium and copper. Alloy steel suppliers often sell these products together with other metal products, making alloy steel one of the best selling metal products in the world. The composition of alloy steel can contain many other elements, such as manganese, molybdenum, chromium, nickel, silicon, nitrogen, etc., depending on the type of material in question. We proudly claim to be one of the best quality alloy steel manufacturers in India and you can get the most competitive prices from us.

When considering the temperature range of alloy steels, low alloy steels can be used in the temperature range from -29°C to 593°C. For example, alloy steels containing 1/2% carbon, 1/2% molybdenum, and 1/2% manganese can be used at temperatures exceeding 700 degrees Fahrenheit; Alloy steels containing 1 1/4 percent chromium, 1 1/2 percent molybdenum and 1 percent chromium and 1 1/2 percent molybdenum, alloy steels containing 3 percent chromium, 1 percent molybdenum and 2 1/4 chromium and 1 percent molybdenum, and alloy steels containing 5 percent chromium and 1 1/2 percent molybdenum can be used at temperatures greater than 550 degrees Fahrenheit; Alloy steel containing 9% chromium and 1% molybdenum also has its specific temperature range.

The applications and uses of low alloy steel are very wide, including structural applications such as construction and Bridges, aircraft manufacturing in the aerospace sector, as well as power transmission and the production of various structural parts. These materials are widely used in various industries due to their excellent mechanical properties and cost effectiveness.

Alloy Steel ASTM Standard

Specification of Alloy Steel