Trending 3/8 - 24 Unjf - Emuge Spiral Flute 3b Tolerance Z (general Use) Tap Glt-1 Coated Perfect For Gifting [BuWyPT0t]

High-Performance 3/8-24 UNJF Tap for Versatile Applications

The Emuge 3/8-24 UNJF Tap is a premium tool designed for universal use across a wide range of materials. This tap is engineered to deliver exceptional performance, thanks to its innovative GLT-1 coated surface. With its 3B tolerance and spiral flute design, it ensures precise threading and reduced vibration, making it ideal for CNC-controlled machines. The Emuge brand is renowned for its quality, and this tap is no exception, providing a reliable solution for all your threading needs.

Technical Specifications and Features

The Emuge 3/8-24 UNJF Tap boasts a range of technical features that set it apart from other taps on the market. The GLT-1 coating, a hard surface treatment with an anti-friction layer, provides maximum tool life and improved chip flow. This coating is applied through a PVD process at 500°C, resulting in a 2-4 μm coating thickness. The tap is designed for blind hole threads in long-chipping materials and is similar to the DIN 371 standard. With a chamfer form C and a shank diameter of 10mm, it offers a perfect balance of strength and precision. The square shank ensures a secure grip in the tool holder, while the overall length of 90mm allows for efficient use in various applications.

Applications and Benefits

The Emuge 3/8-24 UNJF Tap is an essential tool for professionals in various industries, including automotive, aerospace, and manufacturing. Its versatility and precision make it suitable for threading blind holes in long-chipping materials, ensuring optimal performance and reduced downtime. The tap's high tool life and improved chip flow contribute to increased productivity and cost savings. With its standard delivery time of 2-3 business days, you can rely on Emuge to provide you with the tools you need, when you need them. Upgrade your threading capabilities with the Emuge 3/8-24 UNJF Tap and experience the difference in quality and efficiency.