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Using radiographic digital imaging detection technology to detect the power transmission line power fittings in the power industry to ensure the reliable operation of the transmission line; to "visualize" the internal structure of the substation GIS equipment to eliminate the defect hazard in the bud state and avoid serious accidents occur. Detect defects, internal and external wall corrosion, liquid level, etc. of newly built and in-service pressure vessels, pipes, fittings, valves, etc. in the petrochemical industry to improve the reliability and stability of equipment pipelines.

Due to the long operating time of the equipment and the harsh environment, the product design of different manufacturers also has different degrees of design defects; and factors such as the aging of the product over time can easily lead to equipment failure. Make the product completely ineffective and even cause personal injury.

We use ray digital imaging detection technology to detect tension clamps, to a certain extent, to ensure that overhead transmission lines do not collapse, ground wires are disconnected, insulators fall off, and other accidents do not occur. event.

Most of the serious accidents of GIS transformer equipment in the power industry are due to failure to find the early detection of defects through the existing detection methods, leading to serious accidents such as breakdown and burnout. Therefore, with the increase of GIS equipment in power grids, effective and reliable detection and diagnosis are adopted to eliminate defects in the bud and avoid serious accidents. This has become an urgent need for reliable operation of GIS equipment. In order to make better use of the advantages of GIS equipment, more advanced detection technology must be used to perform "visual" diagnosis of the internal structure of GIS equipment realized by X-ray digital imaging detection technology, which complements the detection methods of GIS equipment well, The quasi-determinism and location of equipment failures provide great convenience, and also provide strong technical support for equipment maintenance.

Pressure vessels and pipelines in the petrochemical industry are subject to leakage due to long-term corrosion by corrosive media. Ray digital imaging technology is not affected by materials, is not affected by external thermal insulation of pipelines, paint coatings, and oxidative corrosion, and is not affected by structural forms. Affected by the medium inside the pipeline, it can visually display and judge the defects, corrosion degree, and liquid level in the detection area.