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The E.O. Paton Electric Welding Institute has developed a set of measures for high-quality Rail Welding. At present, rail welding—both in stationary and field settings—is predominantly performed using the flash butt welding method. This tech...

As part of this project, heavy and hard-to-recycle steel is being replaced with aluminium, which offers the advantages of lower weight and higher efficiency. The implementation of this project involved an investment of 10 million euros. These funds were all...

Recently, a batch of aluminum Thermit Welding Kits samples tailored for R65 rail type has been successfully shipped from RMTS factory, a key Russian railway maintenance client. This shipment marks the company’s latest progress in catering to the high...

Thermite welding is increasingly recognized as a cornerstone technology in the development and maintenance of modern railway infrastructure. Known for creating strong, seamless Rail Joints, thermite welding offers unmatched durability, making it a preferre...

Rail thermite welding has emerged as a pivotal technology in railway track joining and maintenance, outperforming traditional methods with its unique advantages. Also known as aluminothermic welding, this technique is gaining global adoption for its efficien...

High-speed rail represents one of the most advanced and efficient forms of transportation, but it also comes with unique challenges. Trains that travel at speeds exceeding 200 mph require tracks that are not only perfectly smooth but also exceptionally strong.

Thermit welding, also known as aluminothermic welding, is a highly effective and widely trusted method for railroad maintenance. Its popularity stems from several key advantages that make it a preferred choice for keeping rail systems in top condition.

Aluminothermic welding, often called thermit welding, is a proven and reliable method for joining railway tracks. This technique has been used for more than a century and remains a cornerstone of rail construction and maintenance.