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07. Custom ACC Reiforcement welding section

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07.Reiforcement welding section Service Manufacturers

Reinforcement Welding Section is a category of equipment that focuses on steel bar welding and related operations, covering multiple links of steel bar processing, conveying, assembly and protective treatment. These equipment ensures the strength and stability of the steel bar structure through high-precision welding and efficient transport, while meeting the design needs of different specifications and complexities. Its characteristics are high automation level of operation and strict control of welding quality, which is suitable for batch and standardized production environments. This type of equipment not only optimizes the steel bar processing process, but also has significant advantages in improving operational efficiency and product consistency, laying the foundation for the manufacturing of high-quality building components.

About Us
Jiangsu Runding Intelligent Equipment Technology Co., Ltd.
Jiangsu Runding Intelligent Equipment Technology Co., Ltd.

Jiangsu Runding founded in 2011, is a 07. Custom OEM ACC Reiforcement welding section Suppliers, is an innovative intelligent technology company focusing on AAC block and AAC panel intelligent production line equipment and AAC products intelligent factory ecological chain construction.

The company is headquartered in Nandu Intelligent Equipment Industrial Park, Liyang City, Jiangsu Province, integrating research and development, production, sales and service. The company's innovative AAC production line intelligent equipment, intelligent factory management, AAC process formula and etc., serve many customers at domestic and overseas, 07. China Custom ACC Reiforcement welding section Manufacturers, promote the technical innovation of the AAC industry, win the industry consensus recognition and good market reputation, and export China's intelligent manufacturing to the world.

Runding company firmly established the guiding position in the AAC production line intelligent equipment industry, Runding people focus on technology, quality and innovation, to ensure advanced equipment, stability and economy, providing customers with professional and satisfactory AAC intelligent products overall solution.

We sincerely look forward to visits and exchanges from all walks of life, and jointly contribute to the development of green building materials and the promotion of global carbon neutrality.

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07.Reiforcement welding section Industry knowledge

What appropriate welding methods can be used to reasonably control the weld height to improve welding quality?

In the welding process, the control of weld height is one of the key factors to ensure welding quality. Reasonable weld height can not only improve the strength and corrosion resistance of the welded joint, but also optimize the overall performance of the structure and extend the service life. In order to achieve this goal, it is particularly important to adopt appropriate welding methods. This article will introduce in detail several effective welding methods and their applications in controlling weld height.

1. Multi-layer multi-pass welding
Multi-layer multi-pass welding is a technology commonly used for thick plate welding. By welding in layers and passes, the penetration depth and width of each layer of weld can be effectively controlled, thereby avoiding excessive weld height due to heat concentration during a single welding. In the process of multi-layer multi-pass welding, the welder needs to accurately set the welding parameters of each layer and each pass, such as welding current, voltage, welding speed, etc., according to the thickness of the plate, welding position and the characteristics of the welding material. By accumulating layer by layer, a uniform and stable weld is finally formed, so that the weld height is kept within a reasonable range.

2. Swing welding
Swing welding is a welding method in which a welding rod or welding gun is swung horizontally during the welding process. This welding method can increase the weld width and control the weld depth to a certain extent, thereby adjusting the weld excess height. The advantage of swing welding is that it can evenly distribute welding heat, reduce local overheating, and reduce the risk of weld cracks and deformation. In addition, by adjusting the swing amplitude and frequency, the welder can flexibly control the shape and excess height of the weld to meet different welding needs and standards.

3. Automated welding technology
With the continuous development of automation technology, automated welding equipment has been widely used in industrial production. Automated welding technology can achieve precise control of the welding process, including the control of weld excess height, through preset welding procedures and parameters. For example, in automated TIG welding (tungsten inert gas shielded welding) or MIG/MAG welding (metallurgical gas shielded welding), the welding robot can perform precise welding according to the set path and parameters to ensure the consistency and stability of the weld excess height. Automated welding technology not only improves welding efficiency and quality, but also reduces dependence on the skill level of the welder.

4. Heat source concentrated welding
For some scenes where the weld excess height needs to be strictly controlled, the heat source concentrated welding method can be used. This method optimizes the configuration and distribution of the welding heat source so that the welding heat acts more concentratedly on the weld area, thereby reducing the thermal impact on the surrounding parent material. Heat source concentrated welding can not only reduce the weld excess height, but also improve the fusion quality and strength of the weld. Common heat source concentrated welding methods include high-tech welding technologies such as laser welding and electron beam welding.

5. Post-weld treatment and testing
In addition to choosing a suitable welding method, post-weld treatment and testing are also important links in controlling the weld excess height. Post-weld treatment includes steps such as weld cleaning and grinding. By removing impurities and excessive excess height on the weld surface, the appearance quality and dimensional accuracy of the weld are ensured. At the same time, non-destructive testing technologies such as ultrasonic testing and radiographic testing are used to test the internal quality of the weld to ensure that the weld is free of defects such as cracks and pores. These measures help to promptly detect and correct problems in the welding process and improve the stability and reliability of welding quality.