Nuclear power forging-Innally

What is the development trend of thermal forgings?

The development trend of thermal power forgings will be mainly affected by the following aspects: Energy structure adjustment and clean energy development: With the adjustment of the global energy structure and the development of clean energy, the market demand for thermal forgings will be affected to a certain extent. In the future, thermal power forging manufacturers need to pay close attention to changes in energy policies, and actively develop and promote clean energy-related equipment to adapt to changes in market demand. Technological innovation and high-end manufacturing: With the continuous progress of science and technology and the transformation and upgrading of the manufacturing industry, thermal power forging manufacturing enterprises need to strengthen technological innovation and high-end manufacturing capabilities. Through the introduction…

What is the market demand for thermal power forgings?

The market demand for thermal power forgings is affected by a variety of factors, including the development of the power industry, energy policies, technological advances, etc. According to relevant data and expert forecasts, the market demand for thermal power forgings will continue to grow in the next few years. First of all, with the rapid development of the power industry, especially the increase in investment in the thermal power industry, it will drive the demand growth of the thermal power forgings market. In addition, the adjustment of the national energy policy will also have an impact on the market demand for thermal power forgings. For example, the state’s support and encouragement for clean energy will promote the rapid development of…

What are the materials of thermal power forging?

There are many kinds of materials for thermal power forgings, including carbon steel, alloy steel, stainless steel and so on. These materials have different physical and chemical properties and are suitable for different thermal forging manufacturing and application scenarios. Carbon steel is an iron-carbon alloy containing a certain amount of carbon, which is one of the most commonly used materials in thermal power forgings. According to the different carbon content, carbon steel can be divided into low carbon steel, medium carbon steel and high carbon steel. Low carbon steel has low carbon content and good plasticity and toughness, which is suitable for forging with complex shape and good plasticity. Medium carbon steel and high carbon steel have higher carbon content,…

What is the production process of thermal forgings?

The production process of thermal power forging mainly includes the following steps: Material preparation: Prepare the metal materials to be forged, such as ingot, steel, etc. Melting: melting the metal material into a liquid state for subsequent forging. Forging: The melted metal is poured into the forging mold, and plastic deformation is carried out by forging, extrusion, etc., to form the required shape of the forging. Heat treatment: The forging is heated or cooled to change its internal structure to achieve the required mechanical properties and hardness requirements. Machining: Mechanical processing of forgings, such as turning, milling, etc., to obtain the required dimensional accuracy and surface roughness requirements. Inspection: Quality inspection of forgings, including appearance inspection, dimensional accuracy inspection, non-destructive…

What is thermal forging?

Thermal power forging refers to the forging products used in the manufacture of thermal power equipment, mainly including boilers, steam turbines and other components. These forgings are usually made of metal materials through the forging process, with high strength, high temperature resistance, corrosion resistance and other characteristics, to ensure the normal operation and safety of thermal power equipment has a vital role. First, classification of thermal forgings Thermal power forgings can be divided into many types according to different classification methods. According to the material composition, it can be divided into carbon steel forgings, alloy steel forgings, stainless steel forgings, etc. According to the use, it can be divided into blade forging, bolt forging, pipe forging and so on. Different…

The use of nuclear power flange

Nuclear power flange is a special flange connection for connecting nuclear power equipment. In nuclear power plants, a large number of nuclear power equipment needs to be connected and fixed by flange connections, such as nuclear reactors, steam generators, cooling systems, etc. Nuclear power flange mainly has the following uses: Connecting and securing equipment: Nuclear power flanges are used to connect and secure various nuclear power equipment to ensure a tight connection between them, making the operation of the equipment safer and more reliable. Sealing and leakage prevention: Nuclear energy equipment works in a complex environment involving high temperature, high pressure and radioactive materials. Nuclear power flange adopts special sealing structure and materials, which can effectively prevent leakage and ensure…

Use of nuclear forgings

Nuclear power forging refers to the parts or components used in nuclear equipment and auxiliary equipment in nuclear power plants, and its main uses include the following aspects: Reactor pressure vessels: Nuclear power forgings are widely used in the manufacture of reactor pressure vessels for nuclear power plants. The reactor pressure vessel is the core component of the nuclear reactor in a nuclear power plant, which carries the fission products of nuclear fuel with high temperature, high pressure and high radiation released by the nuclear fission process, ensuring the safe operation of the reactor. As a key component of the reactor pressure vessel, nuclear power forgings need to have high strength, high sealing and corrosion resistance to ensure the sealing…

Nuclear power forging