automotive aerospace reaming inserts ساخت آنلاین

Suitable for difficult-to-machine materials except high-temperature alloys. Suitable for machining difficult-to-cut materials except high-temperature alloys, offering smoother machining performance compared to ... ادامه مطلب

Model HYH0625R0.8, uncoated condition, carbide substrate, suitable for aluminum machining. Application Fields Reaming is a semi-finishing or finishing process used to achieve high-precision and high-surface... ادامه مطلب

Suitable for difficult-to-machine materials except high-temperature alloys. Difficult-to-machine materials include stainless steel, hardened steel, nodular cast iron, etc. HYL160502 Application Fields Reaming ... ادامه مطلب

Model HYL110112-2, uncoated condition, carbide substrate, suitable for aluminum machining. Application Fields Reaming is a semi-finishing or finishing process used to achieve high-precision and high-surface... ادامه مطلب

Difficult-to-machine materials include — Hardened steels, titanium alloys, stainless steels, etc. HYL220603R1.6 Application Fields Reaming is a semi-finishing or finishing process used to achieve high-precision ... ادامه مطلب

Difficult-to-machine materials include — Hardened steels, titanium alloys, stainless steels, etc. Here is a partial list of our coating types and their application references. You may contact our website ... ادامه مطلب

Model HYL160402-5, uncoated condition, carbide substrate, suitable for aluminum machining. Application Fields Reaming is a semi-finishing or finishing process used to achieve high-precision and high-surface... ادامه مطلب

Customizable dimensions and coating options are available based on your machining requirements. For details, please contact customer service. Inserts with HYB208 coating are suitable for machining difficult-to... ادامه مطلب

Inserts with HYB208 coating are suitable for machining difficult-to-machine materials except high-temperature alloys. HYB208A is also applicable to difficult-to-machine materials, but provides smoother cutting ... ادامه مطلب

Suitable for machining, mild steel refers to low-carbon steel with a low carbon content (typically ≤0.25%), characterized by good plasticity, low hardness, easy formability, and excellent weldability. ... ادامه مطلب