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FAQ
Lizhou T-shaped milling cutter blanks are raw materials or semi-finished tools that have not yet undergone final machining. They are typically cylindrical bar stock and require additional processing to be transformed into finished cutting tools.
LBC05 cemented carbide round bars are made from ultrafine-grain alloy and exhibit excellent adhesion to diamond-coated tools, making them particularly suitable for manufacturing small- to deep-hole drills for machining materials such as graphite and composite materials.
Chamfered-inch | LBC25S-grade grounding rods made from tungsten carbide rods and alloy bars in imperial dimensions demonstrate consistent stability when machining difficult-to-cut materials. They offer outstanding wear resistance and toughness, making them particularly well suited for machining titanium alloys and nickel-based superalloys.
LX25 is a conventional grade that offers excellent wear resistance and toughness, making it highly cost-effective for cutting applications across all industries.
The innovative LBC12S grade delivers enhanced stability when milling various types of stainless steel. It boasts exceptionally high impact toughness and an extremely long tool life. The LBC12 is particularly well-suited for machining hardened steels with a hardness of HRC 50 or higher and is a dedicated grade specifically developed for stainless steel machining.
The innovative LBC12S grade delivers enhanced stability when milling various types of stainless steel. It boasts exceptionally high impact toughness and an extremely long tool life. The LBC12 is particularly well-suited for machining hardened steels with a hardness of HRC 50 or higher and is a dedicated grade specifically developed for stainless steel machining.
Application of LBC09-grade cemented carbide rods in the machining of difficult-to-cut materials. Featuring exceptionally high wear resistance and impact toughness, they are suitable for high-speed cutting and can be used to machine hard steels, plastics, composite panels, carbon fiber, and other challenging materials.
Carbide round bars exhibit excellent flexural strength and wear resistance.