How to Select the Right 16mo3 Steel Plate for Your Application

Are you looking for the perfect steel plate for your project? Making sure you select the right type of steel is vital, as it determines how strong and durable your product will be. 16mo3 steel plates are an excellent option for strength and affordability, but selecting the right plate can be challenging. In this blog post, we’ll provide expert advice to help ensure you have a steel plate that perfectly meets all your application needs. Read on to learn more about what defines a 16mo3 steel plate and how to identify a quality one!

What is a 16Mo3 Steel Plate?

16Mo3 steel plate is one of the most commonly used chrome-molybdenum-based alloy steels. It has excellent heat resistance, weldability and cold-forming characteristics and can resist hydrochloric acid corrosion. The material is mainly used in industrial boilers and pressure vessels due to its good properties at elevated temperatures. Furthermore, it is often applied in constructing pipelines for petroleum industry applications where natural gas or liquids are transported under high-pressure levels. 16Mo3 steel Plate offers excellent wear resistance and thermal resistance. It can be easily welded with other materials through conventional welding processes such as MIG (Metal Inert Gas) and TIG (Tungsten Inert Gas) welding processes without preheat requirements.

Mechanical Properties of 16Mo3 Steel Plate

16Mo3 is a chrome molybdenum-based steel plate extensively used for static pressure vessels and boilers. It features excellent mechanical properties, with good weldability and toughness, making it suitable for marine operations. Its high tensile strength of 550 MPa allows for superior wear and corrosion resistance. At the same time, its low-temperature brittleness ensures such vessels can sustain temperatures as low as -100℃ without suffering from embrittlement. Moreover, 16Mo3 has the highest impact toughness among all steel grades in yield strength at 17J minimum during normal operating temperatures of up to 500°C or higher. Finally, it also has excellent creep resistance and fatigue performance, making it an ideal material choice for high-pressure applications due to its greater stability than other alloy steels.

Factors to Consider When Choosing 16Mo3 Steel Plate

When selecting a 16Mo3 Steel Plate, it is essential to consider several factors. Firstly, its composition must meet the requirements established by EN 10028-2; this includes elements such as chromium, molybdenum, and nickel, which provide the steel its unique properties. Additionally, one should ensure that their supplier uses vanadium microalloying techniques to improve the toughness and weldability characteristics of the plate. Furthermore, steel grade specifications must be considered when researching 16Mo3 Steel Plate properties as this is important in cost efficiency for manufacturing applications. Finally, any environmental regulations or regions with specific weather conditions are also significant factors to consider when choosing 16Mo3 Steel Plates. Ultimately, these factors help engineer reliable structures and optimize equipment operation, putting safety first while following all applicable guidelines.

Physical Properties of 16mo3 Steel Plate?

16mo3 Steel Plate is an alloy steel plate made from chromium, molybdenum and manganese. It has remarkable mechanical properties such as excellent corrosion resistance in different environmental conditions, superior creep strength at elevated temperatures, good weldability properties, and toughness in low temperatures. Its yield strength is 450MPa (65ksi), while its tensile strength ranges from 480MPa to 630MPa (70 to 90Ksi). Additionally, the 16mo3 steel plate has a minimum elongation value of 22% after fracture, and the elongation value reaches 26%. It also features good formability characteristics allowing for easy fabrication processes. 16mo3 steel plate is available in hot- and cold-rolled forms, making it extremely versatile with various industrial applications.


In sum, selecting the right 16Mo3 steel plate for your project requires careful consideration. It all comes down to understanding the project’s specific requirements, including size, thickness, temperature, and exposure to corrosive environments. With a thorough understanding of your project needs, you can select the right 16Mo3 steel plate to ensure a successful outcome. Be sure to work with a reputable steel plate manufacturer with a strong track record of producing high-quality products to ensure your project succeeds.