第24页-Electric forging-Innally

High-quality aircraft forgings help the rapid development of the aviation industry!

With the rapid development of the global aviation industry, aircraft forgings as an important part of aircraft manufacturing, its quality and performance directly affect the safety and service life of aircraft. This paper will explain the importance of high quality aircraft forgings to the rapid development of aviation industry from the aspects of manufacturing technology and application advantages of high quality aircraft forgings. I. Manufacturing technology and process flow of aircraft forgings Aircraft forging is a key component in aircraft structure, and its manufacturing process involves many links and processes. Generally speaking, the manufacturing process of aircraft forgings mainly includes the following steps: Raw material selection: The selection of high-quality raw materials is the basis to ensure the quality of…

The key technology in the manufacture of aircraft forgings

Aircraft forgings are key components in aircraft structure, whose quality and performance directly affect the safety and service life of aircraft. In the manufacturing process of aircraft forgings, there are some key technologies that play a crucial role in the quality and performance of the forgings. This paper will introduce the key technologies in the manufacturing process of aircraft forgings from the following aspects. First, forging technology Forging technology is one of the core technologies in the manufacturing process of aircraft forgings. Through forging technology, raw materials can be heated to the appropriate temperature, and then deformed on the forging equipment to obtain the desired shape and size. In the forging process, parameters such as forging temperature, deformation amount and…

Ensure the performance and safety of aircraft forgings

Aircraft forgings are key components in aircraft structure, whose quality and performance directly affect the safety and service life of aircraft. In order to ensure the performance and safety of aircraft forgings, a series of measures need to be taken, including the selection of high-quality raw materials, strict control of the manufacturing process, and strict quality testing. This paper will introduce how to ensure the performance and safety of aircraft forgings from the aspects of raw material selection, manufacturing process control and quality inspection. First, raw material selection To ensure the performance and safety of aircraft forgings, we must first choose raw materials. The selection of high-quality raw materials is the basis for ensuring the quality of forgings, so materials…

Market demand and development trend of aircraft forgings

Aircraft forgings market is a highly competitive market, the main competitors include Alcoa in the United States, ArcelorMittal in Europe, China’s Baosteel and so on. These enterprises have strong strength in technology research and development, product quality, and production costs. In addition, some small forging enterprises also occupy a certain share in the market. In the competition, enterprises need to improve their competitiveness by improving product quality, reducing costs, strengthening technology research and development and other means. At the same time, it is also very important to establish a good supply chain system and customer relationship. Development trend of aircraft forgings Technological innovation: With the continuous progress of aviation technology, the performance and accuracy requirements for aircraft forgings are also…

What are the key elements of manufacturing and quality control of power forgings?

The key elements of manufacturing and quality control of power forgings mainly include the following aspects: Raw material control: The first step in the manufacturing of power forgings starts with raw materials, so the quality of raw materials directly affects the quality of the final product. The raw materials required for the manufacture of power forgings must meet certain quality standards, including chemical composition, mechanical properties, metallographic organization, etc. In the procurement process, enterprises should choose reputable suppliers, and strict inspection of raw materials to ensure the stability of raw materials. Forging process control: Forging is the core link of power forging manufacturing, so the control of forging process is very important. In the forging process, enterprises should ensure the…

Realization strategy of cost and benefit balance of power forgings

In the production process of power forgings, the balance between cost and benefit is very important. As a special product, power forging has the characteristics of high strength, hardness and stability, and is widely used in energy, aviation, aerospace and other fields. In the competitive market environment, how to reduce the production cost of power forgings and improve the efficiency has become an urgent problem for enterprises to solve. This paper discusses the balance between cost and benefit of power forgings, and puts forward corresponding strategies and suggestions. The cost of power forgings mainly includes two parts: manufacturing cost and operating cost. Manufacturing costs include raw material costs, labor costs, equipment depreciation and other expenses. Operating costs include energy consumption…

What is the role and use of power forgings in power plants?

In power plants, the specific use of power forgings includes the following aspects: Steam turbine: A steam turbine is one of the core equipment in a power plant, which uses steam or other gases to push the rotor to turn, thereby driving a generator to produce electricity. Some key components in the steam turbine, such as blades, nozzles, partitions, etc., are made of electric forgings. These parts need to be carefully forged and machined to ensure the accuracy of their shape and size. Gas turbine: A gas turbine is another common power generation device that uses a mixture of fuel and air to burn in a combustion chamber, and the resulting gas turns a rotor to drive a generator to…

How to improve energy efficiency through electric forgings?

Measures to optimize energy efficiency through electric forgings include: Optimization of forging process: By improving forging process and forging parameters, energy consumption can be reduced and energy utilization efficiency can be improved. For example, the use of high temperature fast forging technology can shorten forging time and reduce energy loss. The use of energy-saving technology: the use of advanced energy-saving technology, such as frequency conversion technology, heat recovery technology, etc., can significantly reduce the energy consumption in the production process of power forgings. Improve equipment efficiency: The selection of high-efficiency forging equipment and control system can improve the operating efficiency and energy conversion efficiency of the equipment, and thus improve energy utilization efficiency. Waste heat utilization: In the production process…

What is the application and prospect of power forgings in the energy industry?

With the continuous development of the energy industry, electric forgings are playing an increasingly important role in it. Power forging is a kind of metal parts after high temperature forging, with high strength, hardness and stability, widely used in all aspects of the energy field. The application scenarios of power forgings in the energy industry are very wide, mainly including the following aspects: Thermal power generation: In thermal power stations, power forgings are used to manufacture key components such as steam turbines and gas turbines. These components work under high temperature and pressure conditions, requiring high strength and stability. Hydroelectric power generation: Water turbines in hydroelectric power stations are an important application field of electric forgings. Turbine blades, guide blades…

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