Superior Wear Resistant Corrosion Resistant Tungsten Carbide Stripping Blades with High Hardness (HRA 90-92.5)

Compared to traditional high-speed steel (HSS) tools, the core advantages of tungsten carbide stripping blades lie in their exceptionally long service life and stable cutting performance. In high-speed, high-load continuous production scenarios, the lifespan of tungsten carbide tools typically reaches 3 to 10 times that of high-speed steel, significantly reducing downtime and labor costs caused by frequent tool changes. Their excellent wear resistance ensures that the cutting edge remains sharp over extended periods, guaranteeing burr-free and dust-free cut surfaces—critical for materials such as lithium battery separators and electronic tapes, which demand high cleanliness and precision.

Tungsten carbide stripping blades have an extremely broad range of applications, from wood planing to wire stripping, and to high-precision slitting of lithium battery materials.

To meet the stringent requirements of different industries, tungsten carbide stripping blades are meticulously categorized by material grades, dimensional accuracy, and coating technologies. For example, in lithium battery electrode slitting, different tungsten carbide grades are selected depending on whether cutting copper foil (anode) or aluminum foil (cathode):

Furthermore, advanced surface coating technologies (such as TiAlN and DLC diamond-like carbon coatings) can further reduce the coefficient of friction and minimize blade adhesion, improving cutting quality by 30%-50% or more—meeting the extreme demands for safety and performance in cutting-edge industries like new-energy vehicle batteries.