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Speaker accessories are the main business of our company and the guarantee for our survival and development. Auto parts is our way forward, and the development of auto parts has also improved the manufacturing level of speaker accessories.
Brief Analysis of the Processing, Production, and Design of Large Diameter Flanges
In the process of machining large-diameter flanges, most manufacturers usually use some heat treatment simulation technology or other auxiliary tools for comprehensive design, which includes various different technologies. To a certain extent, it can improve the level of new process design and even continuously improve the innovation ability of products. It can introduce more different simulation programs and effectively achieve computer design or process control processing to a certain extent.
In the processing of large-diameter flanges, there are usually more forging flange processing technologies, and the entire forging technology will have various operating modes, and can be controlled by a computer to effectively achieve forging. Comprehensive control during the construction process can control the accuracy of the entire forging to around three millimeters, and online measurement of all forgings is basically carried out in a comprehensive measurement method.
Cixi Fengying Electroacoustic Accessories Co., Ltd. specializes in processing and producing speaker accessories, automotive parts, and other precision forgings. We have various processing methods and equipment such as forging, forging, cold extrusion, forging, flange processing, hot forging, gear processing, sprocket processing, precision forging, etc. The tonnage ranges from 250 tons to 1600 tons, and the forging equipment has the ability to produce 10000 tons of products annually, which can meet your batch needs. If you need it, please feel free to contact us by phone.
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Speaker accessories are the main business of our company and the guarantee for our survival and development. Auto parts is our way forward, and the development of auto parts has also improved the manufacturing level of speaker accessories.
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Methods and characteristics of irregular flange processing
Irregular flange machining has many advantages: standard irregular flange machining not only saves space and reduces weight, but more importantly, it ensures that there is no leakage at the joint. The reason for reducing the size of irregular flange machining is to reduce the diameter of the sealing element, which will reduce the cross-sectional area of the sealing surface. Secondly, the flange gasket has been replaced by a sealing ring to ensure that the sealing surface matches the sealing surface. This way, the lid can be tightly compressed with only a small amount of pressure. As the required pressure decreases, the required bolt size and quantity can be correspondingly reduced.
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Summary of problems and solutions encountered during flange processing
Due to the function of flange processing, the filling conditions are improved, and gases and non-metallic inclusions are easily discharged from the liquid or metal. The flange processing structure is dense, with fewer defects such as shrinkage, pores, and inclusions, and good mechanical performance. It eliminates or greatly saves metal consumption in casting and riser, and has a high utilization rate of metal equipment. Because the liquid rotates in different ways to generate flange force on the metal, the flange processing technology can improve the filling capacity of the metal, so the flange casting method can be used to produce alloys and thin-wall castings with poor Social mobility.
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Detailed explanation of gear processing equipment and process methods
Gear processing equipment is used for metal cutting in gear processing. The gear processing device has a closed frame structure to increase the stiffness and precision of the gear processing device. The gear processing device includes a base, a cylindrical structure, a linear moving device, a second linear moving device, a rotating workbench, and a third linear moving device. Among them, both cylindrical structures and linear moving devices have closed frame structures to reduce overall weight and increase resonance frequency. The gear processing device uses a symmetrical linear motor to drive the linear movement device, and a direct drive motor to drive the spindle head and turntable.
East District, Guanhaiwei Industrial Park, Cixi City, Zhejiang Province
86-574-63668112 / 63665000
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