STRENX 700 PLATES / S700 MC 

Different grades of steel can be used to create steel plates. According to their characteristics, these grades are separated. One such type of plate with good welding and bending capabilities is S700MC Steel Plate. It is heatedly processed using a quenching and tempering procedure. In difficult load-bearing buildings, these s700mc plates are frequently employed. It is a structural steel grade with a high yield that complies with EN 10149. The S700MC Steel Plate is offered in widths of 3350mm and lengths of 14630mm. They are offered in cold-formed hot-rolled structural steel.

A high yield strength that is assured in EN 10149-2 S700MC steel plates aids in downgauging weight reduction. Therefore, these S700MC High Yield Steel plates are employed when weight reduction in the traditional structural steel grade is necessary. These plates are simple to weld, which lowers the cost of transportation as well. Superior steel grades, like Strenx 700 MC Plates, provide for a significant improvement in wear resistance when compared to normal steel grades. These EN 10149-2 Grade S700MC Plates are frequently more affordable and convenient to work with.

EN 10149-2 S700MC Truck trailers, telescoping handlers, aerial platforms, and telescoping cranes are the best applications for high-yield structural steel plates. Strength and weight-reduction capabilities are highlighted. The recommended welding energy for 700 heavy steel plates is up to 1.5 kJ/cm per mm of thickness. This aids in maintaining the base metal’s mechanical qualities. The heat-affected zone of S700 MC Steel Plates may become soft if sufficient care is not followed. The heat provided during welding determines how much softening occurs and how wide the soft zone is. When joint strength and toughness are priorities, S700 MC EN 10149-2 structural steel plates should be heated at a lower temperature.

CuNi 90/10 is more economical and offers good corrosion resistance and thermal conductivity, ideal for standard marine piping and heat exchangers. CuNi 70/30 provides higher strength and better performance in aggressive or high-velocity seawater, commonly used in offshore and desalination systems.