Utilized in machining operations, the impressive brazed carbide threading tools boast a powerful combination of exceptional resistance and remarkable stability. A carbide tip interacts with steel body, forming the foundations of these elements – the former providing a hard-wearing profile which is suitable for threading operations whilst the latter ensures that reliable strength and rigidity is achieved during usage.
At your disposal is an extensive array of brazed carbide threading tools. Boasting a straight cut fashion, these bots can be utilized to complete intricate grooves and patterns on the outside of your tooling. Equally as impressive, a more tapered design is obtainable for similar applications on the interior of finished goods.
From stainless steel to titanium and beyond, brazed carbide threading tools can cut through nearly any material – including metals, plastics and composites – providing excellent results for even the most challenging machining projects.
When employed in lathes, brazed carbide threading tools produce a smooth, winding thread as the nimble cutting edge is fed against and around the rotating workpiece at a carefully-regulated speed. This tool can also be used in drill presses, milling machines, and other machining systems to good effect.
Brazed carbide threading tools are a great choice if you’re looking for something that lasts. The carbide tip is robust enough to resist wear even after lengthy periods of use, meaning your financial outlay won’t have to be a frequent one.
Despite their benefits, brazed carbide threading tools come with a few drawbacks. Regarding cost, they are more expensive than the alternatives. Moreover, because the carbide tip is significantly hard, re-sharpening can be difficult. Furthermore, it’s important to note that this type of tool is not suited for all materials.
Unfortunately, brazed carbide threading tools are not immune to some of their drawbacks. However, they continue to be a highly favored option for machining operations due to their resilience and wide applicability.