Tube removal is a common challenge regardless of the application. In air cooled exchangers, the layout of the tubes, as well as the outer diameter of the fins, could pose some challenges if using traditional methods. However, there are a few tips to make this process quicker.
Tube removal can be a daunting task, especially when encountering challenges like corrosion or tight spaces. One of the most frustrating situations operators face is the inability to pull a tube using a hydraulic puller. This article explores the four primary reasons behind this issue and offers simple solutions to overcome them.
Roller Burnishing Roller burnishing is a cold working process that improves the surface finish and mechanical properties of part without removing material. This process involves applying pressure to a surface, resulting in a cold worked layer that offers several advantages including wear resistance, performance, and part life.
Enhance automotive performance and durability with roller burnishing. Discover how this process improves crankshafts, bearings, and seals.
The abundance of tube cleaning methods on the market can make it challenging to select the best option for a specific application. While factors like vessel type and deposit composition are crucial, it’s equally important to consider the limitations of each cleaning method.
Elliott Tool Technologies, a USA based tube tool manufacturer, presented its annual Gustav Wiedeke Award to Dunn Heat Exchangers at Heat Exchanger World Americas 2024. This award highlights the importance of customer participation in Elliott’s new product development process and encourages others to collaborate with Elliott to overcome industry challenges.
Angle and face burnishing tools are designed to better accommodate specific part geometries, enhancing efficiency, and reducing processing time. Understanding the benefits and limitations of these tools can allow you to choose the best tool for your application.
Burnishing is a highly efficient and cost-effective method for achieving fine surface finishes on ductile metals. While its versatility extends to a wide range of applications, specific part geometries and material properties can influence the effectiveness of burnishing.
When it comes to achieving a smooth surface finish, selecting the right burnishing tool is essential. Carbide Roll and Diamond burnishing tools each offer unique benefits and excel in different applications. Understanding these differences can help ensure you make the right choice and achieve the best surface finish for your project.
Surface finish significantly affects the performance, durability, and quality of manufactured parts. A smoother finish reduces friction and wear, enhancing the part's longevity. Burnishing, a process that compresses the part's surface, is a common technique to improve surface finish. However, it's effectiveness relies on the material's ductility.
