Straight Flute Tap: #10-24 UNC, 2 Flutes, Bottoming, 2B/3B Class of Fit, High Speed Steel, Bright/Uncoated MPN:1074100

Introducing the Straight Flute Tap: #10-24 UNC, 2 Flutes, Bottoming, 2B/3B Class of Fit, High Speed Steel, Bright/Uncoated from Osg - the perfect solution for all your tapping needs! This high-quality tap features a bottoming design with a class of fit suitable for various materials including aluminum, cast aluminum, cast iron, high-carbon steel, low-carbon steel, and medium-carbon steel. Made from durable high-speed steel, this taps is ideal for both hand and machine operation, offering superior performance and ease of use. The 7/8 thread length ensures a secure fit, while the right-hand thread direction provides flexibility for different applications. Its versatile size and oversize tolerance make it perfect for a wide range of projects, whether in industrial or home settings. With Osg's commitment to quality and customer satisfaction, you can trust this tap to deliver reliable results time after time.

Top product features:

• High-Speed Steel Construction: This material offers enhanced durability and strength, allowing for long-lasting performance in various materials such as aluminum, cast aluminum, cast iron, high-carbon steel, low-carbon steel, and medium-carbon steel.
• 7/8 Thread Length: The longer thread length ensures a secure fit and robust hold to avoid any slippage or loosening while in use.
• Right Hand Thread Direction: The reverse right-hand thread direction provides versatility and flexibility for various applications, making it suitable for both hand and machine operation.

Top product applications:

• Tapping: The Straight Flute Tap can be used for tapping into various materials such as aluminum, cast aluminum, cast iron, high-carbon steel, low-carbon steel, and medium-carbon steel.
• Hand or Machine Operation: The product is suitable for both hand and machine operation, offering versatility in its application.
• Bottoming: The bottoming feature of the tap provides a reliable way to start a hole, minimizing breakage or damage to the material being tapped.