A brief discussion on the application fields and development trend analysis of laser cladding by hydraulic rod laser cladding manufacturers

　Today, laser cladding technology has a wide range of applications. Compared with other laser processing technologies, laser cladding technology has unparalleled advantages in diversity, scalability, and adaptability. Laser cladding technology not only establishes the specific functional needs on the surface of raw materials but also saves a large amount of precious elements, making it quite popular in the industry. Laser Cladding of Hydraulic Rods Manufacturers indicate that after decades of development, laser cladding technology for hydraulic rods has been widely used, especially in industrial applications such as petroleum, shipbuilding, aerospace, engineering machinery, and nuclear power.

　　 Laser Cladding of Hydraulic Rods Manufacturers point out that in the coal mining industry, due to the harsh production environment, the functional requirements for coal mining machinery parts are high. The main effective forms of damage to hydraulic columns are coating scratches and coating shedding, which will seriously affect the product's function and service life and require overall repair. Using high-pollution electroplating processes, electroplating is one of the traditional processes that are increasingly being replaced in China. The anti-corrosion surface of the column uses a laser-clad stainless steel layer. Laser cladding of hydraulic rod supports is a high-end technology product that effectively improves the anti-corrosion performance of the column and extends its service life. Therefore, manufacturers of laser cladding for hydraulic rods indicate that using laser cladding technology to strengthen hydraulic columns is a great undertaking and a national-supported environmentally friendly, recyclable high-tech technology that can replace traditional electroplating processes.

　　1. Power Industry

　　Under specific operating conditions of steam turbine rotors, rotor journals wear, and the last and next-to-last stages of steam turbine blades often form air turbidity after working for a period of time in a high-temperature environment. Steam turbine equipment is large and inconvenient to transport, requiring highly reliable in-situ laser repair technology.

　　2. Aerospace Field

　　According to Laser Cladding of Hydraulic Rods manufacturers, laser cladding of large aluminum alloys has been established in domestic universities and is one of the significant achievements of laser cladding technology. The remanufacturing of aero-engine blades has formed a huge industry, with a wide variety of blade materials and strong professionalism. After cutting and repair, a lot of work needs to be done in terms of repair materials, flaw detection technology, and life assessment. This can help avoid spending huge sums of money to purchase new parts from abroad for later maintenance.

　　3. Petroleum Exploration Field

　　In the petrochemical industry, due to the long-term harsh production environment of the equipment, it is easier to cause serious corrosion and wear of parts, leading to the complete scrapping of large and expensive parts such as drill collars, non-magnetic drill collars, centralizers, and shock absorbers. Therefore, under the technical replication function of laser cladding, many parts can be restored to their original functions, and the service life of many parts can be enhanced.