The railroads of America opened the way for setting the West. New towns and communities created new economic opportunities. In today’s world, it would be impossible to maintain a national economy without the railroads. This is why it’s so important to maintain their integrity through scheduled maintenance. No one can argue the fact that smoothly connected rails across the country are vital for a healthy economy.
When it comes to rail safety and longevity, rail welding equipment plays a major role. Rail tracks must have seamless connections to reduce the risk of trains derailing. Properly welded rails can improve energy consumption and lower a company’s operational costs as well. Let’s begin the story with a short history of rail welding methods that have led all the way up to rail welding equipment type CR100.
Early Welding Methods
It was the year 1899, and one of the earliest rail welding methods used was thermite welding. A chemical reaction produced intense heat that allowed workers to join two rail ends together. The railroad industry switched to electric arc welding in the early 20th century. This welding method enabled workers to create welds that were more precise and controlled. Welding methods evolved, and flash butt welding was widely adopted, and it offered even more precision and control for creating durable rail welds. Gas metal arc welding became the standard in the latter part of the 20th century, and gas tungsten arc welding also became a popular method. Each welding improvement enabled more control and precision.
Today’s Modern Welding
Rail welding equipment type CR100 is the high-performance welding equipment today that provides flash-butt welding through pulse flashing, and it comes in a variety of setups. Welders can expect precise welding results. The unit is also easy to maintain and operate. The CR100 offers high precision welding, durability, and versatility.
Upgrade or Refurbish?
For some companies, it may be time to refurbish or invest in new equipment. A company like Contrail rail equipment can provide the solution. A company’s welding equipment can receive a complete overhaul with additional new functionalities if needed. After a refurbishment, the equipment can perform close to that of a new unit.
