company news about How Do the Hydraulic System and Knife Material Affect High Carbon Steel Slitting?

When slitting high carbon steel sheets (such as AISI 1050, 1080, 1095), customers focus on two critical factors: the stability of the hydraulic system and the quality of knife material. These directly determine the precision, efficiency, and durability of the slitting process.

Firstly, the hydraulic system is the core of the slitting line. Heavy-duty machines are often equipped with premium components such as Yuken piston variable pumps and Rexroth valves, ensuring stable performance under heavy loads. This keeps strip tension constant during slitting and recoiling, preventing camber and dimensional deviation caused by hydraulic instability.

Secondly, the knife material defines cutting quality. Alloy steel blades or SLD tool steel with hardness up to HRC60-61 ensure sharp cutting edges and high wear resistance, making them ideal for high tensile coils with strengths of 750–1000 MPa. Inferior knife material can lead to excessive burrs, poor cuts, or even machine damage.

Therefore, when selecting a High Tensile Sheet Coil Slitting Machine, customers must prioritize both the reliability of the hydraulic system and the durability of the knife material to achieve high precision and efficiency in processing high tensile steel coils.