Punching and Shearing Machine Blade

The materials of the blades of the combined hydraulic punching and shearing machine generally include several materials such as T10, 9CrSI, 6CrW2Si, Cr12MoV, H13, and alloy steel. The blades of the combined hydraulic punching and shearing machine include the punch of the combined hydraulic punching and shearing machine, the die of the combined hydraulic punching and shearing machine, the cutter plate of the combined hydraulic punching and shearing machine, etc. The blades of the combined hydraulic punching and shearing machine have the advantages of high tensile resistance and wear resistance. It is an ideal tool in modern mechanical manufacturing industries such as metallurgy, bridges, communications, power and other industries.

Common specifications such as Q34-10, Q34-16, Q35-16, Q34-25 and other models. This product is suitable for shearing metal materials such as steel plates in the electromechanical and metallurgical industries. Punching and shearing one of the steel plates, round steel, square steel, profile steel, etc., but not two kinds of steel can be sheared at the same time.

• Comprehensive Tooling Solutions: We provide a full suite of ironworker tools, including flat shear blades, angle shear blades, bar shear knives, and coper notcher tooling, ensuring your machine remains a multi-functional powerhouse.

• Superior Material Integrity: Our blades are crafted from premium D2 (SKD11) and H13 (SKD61) tool steels. These materials are selected for their exceptional hardness and resistance to the high-impact forces typical of hydraulic punching and shearing.

• Exact Fit for Major Brands: We specialize in manufacturing blades compatible with leading global ironworker brands (such as Geka, Ficep, Kingsland, Mubea, and Sunrise). Every blade is machined to precise OEM specifications for perfect bolt-hole alignment and clearance.

• Optimized Hardness (HRC 56-62): Through advanced vacuum heat treatment and precision tempering, we achieve a uniform hardness that minimizes the risk of chipping while providing an incredibly long-lasting cutting edge.

• Reduced Production Cost: By offering multiple cutting edges on a single blade and superior wear resistance, TINVO helps you lower your tool cost per cut and reduce machine downtime for blade rotations.