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In the industrial slitting field, high-speed steel slitting knives and carbide slitting knives are two mainstream options, each suitable for different slitting scenarios. Due to

Turning inserts and milling inserts (mainly made of tungsten carbide cemented carbide) can both be reground. Proper regrinding is a practical solution to reduce tool

End mills, especially those made of tungsten carbide cemented carbide, can be reground. In fact, proper regrinding is a key way to extend tool life

In the slitting process of materials such as adhesive tape, film, and label paper, cemented carbide slitting circular knives are prone to residual adhesives (e.g.,

In industrial slitting (e.g., paper, metal foil, film) and food processing (e.g., meat, pastries), circular knives are prone to cutting edge damage due to contact

Tape slitting is a critical process in tape production and processing, requiring adaptation to the characteristics of different tape types—such as BOPP transparent tape, double-sided

Circular slitting blades are core tools in industrial slitting processes (for materials like paper, film, metal foil, and non-woven fabrics). Their mounting type directly impacts

In industrial high-temperature scenarios (such as metal smelting, aero-engine components, and high-temperature molds), the core of material selection lies in "high-temperature resistance + adaptation to

Cemented carbides composed of tungsten carbide (WC) as the hard phase and cobalt (Co) as the binder phase are rare industrial materials that “retain hardness

Cemented carbide—an alloy made primarily of tungsten carbide (WC) and binders like cobalt (Co) or nickel (Ni)—is celebrated for its exceptional hardness, wear resistance, and

Cemented carbide products with tungsten carbide (WC) as the core raw material are widely recognized as "highly wear-resistant materials" in the industrial sector. Their wear