We specialize in in-situ machining and repairs for Marine and Industrial plants.

  Welcome to the MPA Power Project blog! Today, we will dive into the critical topic of rotor shaft grinding onsite and compressor shaft grinding. These processes are essential for maintaining the efficiency and longevity of industrial machinery. At MPA Power Project, we specialize in providing these services with precision and expertise. Understanding Rotor Shaft Grinding Onsite Rotor shaft grinding on-site is a specialized process that involves returning damaged or worn shafts to their original standards. For rotating machinery in a range of industries, including industrial, petrochemical, and power plants, to function at maximum efficiency, this process is necessary. A rotor shaft damaged by wear and tear can cause costly downtime and significant operational inefficiency. By performing rotor shaft grinding on-site, MPA Power Project ensures that the machinery is returned to optimal performance without necessitating disassembly and shipment to a workshop. This on-site solution s...

  When it comes to machinery, the long life of the machine is important. However, over time, even the strongest materials can break due to wear and tear. The heart of any equipment or vehicle, the engine block, often faces problems like fractures or cracks. But don't worry! Metal stitching is an interesting solution that not only solves these problems but also brings them back to full strength. At MPA Power Projects, we understand the importance of strong machinery. That's why we're taking a deep dive into metal stitching, a technique that breathes new life into engine blocks and cast iron components. Understanding Metal Stitching Metal stitching is a precise art that accurately restores structural integrity; It's more than just a repair method. When cracks or fractures damage an engine block or cast iron component traditional techniques such as welding may seem to be the best option. Nevertheless, the strength of the material can be jeopardized by heat stress and dist...