Product Introduction
The WDF high-speed steel twist drill is a universal tool for drilling metal holes: easy to use and affordable. Constructed from high-speed steel, with cobalt or aluminum added to higher-end options, it's heat-treated to a hardened state, capable of withstanding temperatures reaching 500 to 600 degrees. Crucially, it's much tougher than carbide, less prone to chipping, and incredibly durable!
The structural design also boasts sophisticated design: the twist grooves are strategically designed with two to three spiral grooves and a lead angle between 25° and 35°, ensuring efficient chip removal and heat dissipation. Whether it's ordinary material or the toughest, it cuts with confidence. The drill tip angle is typically 118°, but for challenging materials, use a 135° angle. It offers exceptional centering stability, precise drilling, and worry-free operation.
What materials can it handle? A wide range! Carbon steel, alloy steel, stainless steel, cast iron, and even softer non-ferrous metals like aluminum and copper are no problem. Whether you're working in general machining, automotive parts, or metal molds, this twist drill can handle it all. Its easy operation and stable cutting performance make it a great tool for improving efficiency and reducing costs.
Product Parameters
|
Geometry |
High-Speed Steel Twist Drill Tool |
|
Structure |
High-Speed Steel (HSS or HSSCo) |
|
Type |
For drilling holes (through holes, blind holes, etc.) in metals and some non-metallic materials. |
|
Material |
High-Speed Steel (including cobalt-containing HSS grades suitable for different machining requirements) |
|
Processing Material |
Suitable for metals such as steel, cast iron, and aluminum alloys, as well as some non-metallic materials. |
|
Other Characteristics |
Features a helical chip flute, a cutting edge angle of approximately 118°, a chisel edge angle of 40° to 60°, and is available with a straight or tapered shank. A helix angle of 25° to 32° facilitates chip evacuation and guidance. |
|
Diameter |
Minimum: 0.25 mm; Maximum: 80 mm |
Product Advantages
Why are WDF's high-speed steel twist drills so popular? In one word: durable! They're tough and can withstand a lot of abuse, making them a trusted choice for many in the machining industry. Their biggest advantage? Affordable and high-volume production! They're significantly cheaper than top-tier, high-performance drills, but they perform just as well, and in some cases, even better.
This twist drill also offers a particularly practical advantage. It's easy to sharpen! Even if it gets dull, a few sharpenings will make it as good as new. It has a long lifespan and saves money and effort on maintenance. Even after years of use, the work it produces remains reliable, with little risk of wear and tear. This makes it ideal for medium- and low-speed machining, providing reliable performance anywhere.
Its adaptability makes it versatile. It handles nearly any common metal material, from soft to hard. Even in complex machining environments, it remains reliably stable. Because of its versatility, it can be integrated into any production line in your factory, significantly improving your efficiency.
Product Introduction
The WDF high-speed steel twist drill is a universal tool for drilling metal holes: easy to use and affordable. Constructed from high-speed steel, with cobalt or aluminum added to higher-end options, it's heat-treated to a hardened state, capable of withstanding temperatures reaching 500 to 600 degrees. Crucially, it's much tougher than carbide, less prone to chipping, and incredibly durable!
The structural design also boasts sophisticated design: the twist grooves are strategically designed with two to three spiral grooves and a lead angle between 25° and 35°, ensuring efficient chip removal and heat dissipation. Whether it's ordinary material or the toughest, it cuts with confidence. The drill tip angle is typically 118°, but for challenging materials, use a 135° angle. It offers exceptional centering stability, precise drilling, and worry-free operation.
What materials can it handle? A wide range! Carbon steel, alloy steel, stainless steel, cast iron, and even softer non-ferrous metals like aluminum and copper are no problem. Whether you're working in general machining, automotive parts, or metal molds, this twist drill can handle it all. Its easy operation and stable cutting performance make it a great tool for improving efficiency and reducing costs.
Product Parameters
|
Geometry |
High-Speed Steel Twist Drill Tool |
|
Structure |
High-Speed Steel (HSS or HSSCo) |
|
Type |
For drilling holes (through holes, blind holes, etc.) in metals and some non-metallic materials. |
|
Material |
High-Speed Steel (including cobalt-containing HSS grades suitable for different machining requirements) |
|
Processing Material |
Suitable for metals such as steel, cast iron, and aluminum alloys, as well as some non-metallic materials. |
|
Other Characteristics |
Features a helical chip flute, a cutting edge angle of approximately 118°, a chisel edge angle of 40° to 60°, and is available with a straight or tapered shank. A helix angle of 25° to 32° facilitates chip evacuation and guidance. |
|
Diameter |
Minimum: 0.25 mm; Maximum: 80 mm |
Product Advantages
Why are WDF's high-speed steel twist drills so popular? In one word: durable! They're tough and can withstand a lot of abuse, making them a trusted choice for many in the machining industry. Their biggest advantage? Affordable and high-volume production! They're significantly cheaper than top-tier, high-performance drills, but they perform just as well, and in some cases, even better.
This twist drill also offers a particularly practical advantage. It's easy to sharpen! Even if it gets dull, a few sharpenings will make it as good as new. It has a long lifespan and saves money and effort on maintenance. Even after years of use, the work it produces remains reliable, with little risk of wear and tear. This makes it ideal for medium- and low-speed machining, providing reliable performance anywhere.
Its adaptability makes it versatile. It handles nearly any common metal material, from soft to hard. Even in complex machining environments, it remains reliably stable. Because of its versatility, it can be integrated into any production line in your factory, significantly improving your efficiency.