What Are Strenx 700QLH Tubes?
Strenx 700QLH tubes are high-performance steel tubes that have been specifically designed for superior strength and durability. These tubes are made from a special kind of steel known as quench and tempering (Q&T) steel, which allows them to have higher tensile strength and yield strength compared to regular mild steel tubes. In this article, we will be taking a look at the properties and applications of Strenx 700QLH tubes.
Properties of Strenx 700QLH Tubes
Strenx 700QLH Tubes are made from Q&T steels, which means they have greater strength than regular mild steel tubes. These Q&T steels also give these tubes superior weldability, formability, and bendability. The tensile strength of these tubes is 760MPa, while their yield strength is 640MPa. This makes them ideal for applications where increased levels of performance are required. They also have excellent corrosion resistance due to their low carbon content and high chromium content.
Applications of Strenx 700QLH Tubes
Strenx 700QLH tubes are used in a wide range of applications, including automotive components, energy production, mechanical engineering, shipbuilding, and construction. They can be used for structural components such as frames and beams and more specific parts such as roll bars or exhaust systems in cars. They are also used in the production of wind turbines, bridges, and other large structures due to their superior strength-to-weight ratio compared to mild steel alternatives.
In conclusion, Strenx 700QLH tubes offer superior performance when compared to traditional mild steel tubing products. They have higher tensile strengths and yield strengths than regular mild steel products, which makes them ideal for applications where increased levels of performance are required. Their excellent weldability, formability, and bendability make them suitable for both structural components such as frames or beams as well as more specific parts like exhaust systems or roll bars in cars. All things considered, they make an excellent choice for any application requiring increased levels of performance without compromising on weight or cost.