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Classification of stainless steel flanges

Stainless steel flanges can be classified according to their structural form and use, and the common classification is as follows: Classification by structural form: Butt welded flange: flange and pipe through butt welded connection, high connection strength, suitable for high pressure, high temperature conditions. Bolted connection flange: flange fixed connection through bolts, common standards are ANSI, DIN, JIS, etc., suitable for general working conditions. Forged flange: Flange is made by forging processing, with higher strength and durability, suitable for high strength requirements of the working conditions. Classification by use: Blind flange: used to block the interface of the pipe or container to prevent media leakage. Cantilever flange: used to support the weight of pipes or equipment, with strong load capacity….

Exploration of mechanical properties testing and evaluation methods for stainless steel forgings

With the progress of science and technology and the development of industry, the performance and quality of structural materials are more and more demanding. As an important structural material, the mechanical property testing and evaluation of stainless steel forgings is very important to ensure the quality and safety of products. Traditional mechanical properties testing methods are often time-consuming and laborious, and can not meet the needs of modern production. Therefore, this paper aims to explore the mechanical properties of stainless steel forgings testing and evaluation methods, and put forward practical solutions. Test method for mechanical properties of stainless steel forgings 1.1 Establish suitable test samples 1.2 Strength test method 1.3 Plasticity test method 1.4 Toughness test methods Methods for evaluating…

Stainless steel forgings are widely used in the field of energy equipment

The field of energy equipment is one of the areas with high requirements for material properties and quality. In high temperature and high pressure environments, traditional materials are often difficult to meet the demand, and stainless steel forgings with its excellent heat resistance, corrosion resistance and mechanical properties, become the ideal choice in energy equipment manufacturing. In all kinds of energy equipment, the wide application of stainless steel forgings is promoting the innovative development of the industry. First of all, in the field of thermal power generation, stainless steel forgings play a key role. Thermal power plants usually work in high temperature and high pressure environments, and traditional materials can not withstand such extreme conditions, while stainless steel forgings can…

Classification and use of titanium alloy flanges

Titanium alloy flange is a kind of flange connection made of titanium alloy material, which has the characteristics of corrosion resistance, light weight, high strength and high temperature resistance. According to different standards and requirements, titanium alloy flanges can be divided into the following categories: Titanium alloy plate flange: made of titanium plate processing, suitable for normal pressure or low pressure connection environment, widely used in chemical, petroleum, aerospace and other fields. Titanium alloy butt welded flange: usually made of titanium bar processing, play a connection role in pipeline connection, suitable for high pressure or high temperature conditions, such as petroleum, chemical, Marine engineering and so on. Titanium alloy bolt flange: made of titanium alloy material, bolt fastening method, in…

Research progress of stainless steel forging process and application

With the development of modern industry, stainless steel forgings, as an important metal material, have been widely used in various fields. This paper will focus on the research progress of stainless steel forging process and application, and discuss the innovation of its process technology and the expansion of its application field. First, stainless steel forging process innovation 1, precision forging technology: The use of precision forging technology can obtain higher dimensional accuracy and surface quality, improve product performance. 2, ultra-fast forging technology: Using ultra-fast forging technology, the forging process can be completed in milliseconds, improving production efficiency and material properties. 3, die forging integration technology: Through the die forging integration technology, the integration of multiple processes in a mold to…

Advantages of power distribution and transmission forgings

The advantages of power distribution and transmission forgings include the following: High strength: Through the forging process, the grains in the metal material can be rearranged, increasing the crystalline boundary and the number of dislocations of the metal material, improving the strength and hardness of the material, so as to have better impact resistance and tensile strength, and can withstand larger loads. Good mechanical properties: the organization structure of forgings is uniform and dense, no pores, cracks and other defects, with excellent toughness and plasticity, can adapt to complex working conditions, effectively prevent mechanical damage and fracture. Strong corrosion resistance: Through reasonable material selection and surface treatment technology, forgings can have high corrosion resistance, can work under harsh environmental conditions,…

Classification of elbow forgings

Elbow forging is a part used to change the flow direction of the pipeline, according to its Angle and radius, elbow forging can be divided into the following categories: Standard elbow: Standard elbow is made in accordance with a specific Angle of the elbow, the common Angle is 45 degrees, 90 degrees, 180 degrees and so on. The curve radius of a standard elbow is usually 1.5 or 2 times the diameter of the pipe. Standard elbows are suitable for most piping systems. Long radius elbow: The curve radius of a long radius elbow is usually 1.5 times the diameter of the pipe. Compared to standard elbows, long radius elbows have a smoother flow path and less resistance to fluids,…

Advantages of stainless steel gear forgings

Stainless steel gear forgings have the following advantages over other manufacturing methods (such as casting, machining, etc.) : High strength and wear resistance: Through the forging process, the grain structure of stainless steel gear forgings is refined and homogenized, improving its strength and hardness, while having good wear resistance, able to withstand greater loads and longer service life. Excellent mechanical properties: the organization of forgings is dense, no internal defects, with good toughness and plasticity, can adapt to complex working conditions, resist fatigue, fracture and deformation and other problems, to ensure stability and reliability. Good corrosion resistance: stainless steel has excellent corrosion resistance, can be used in harsh environments, is not easy to rust, oxidation and corrosion, and extends the…

Classification and use of forging tee

Forging tee is a commonly used pipe connection component, which has the function of connecting pipes into branch pipes in different directions. According to different uses and connection methods, forging tees can be divided into the following categories: Welded tee: This forging tee is connected to the pipe by welding and is often used for diverting and confluence of fluids. It usually has the same caliber and wall thickness and is primarily used for fluid control and regulation in piping systems. Flaring tee: flaring tee is also a common forging tee connection. It is through the expansion of one end of the pipe processing, and connected with the other two sections of the pipe to achieve the purpose of branch…

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