Ultimate 1/8 Whitworth - Emuge Spiral Flute Multi Tap Glt Coated Pro Version [ErFbao8x]

Ultimate 1/8 Whitworth - Emuge Spiral Flute Multi Tap Glt Coated Pro Version [ErFbao8x]

The Emuge 1/8 Whitworth - SF-MULTI-GLT tap is a high-performance tool designed for universal application in a wide range of workpiece materials. This HSSE tap is ideal for creating blind hole threads in materials that require long-chipping taps. With its MULTI flute geometry, it ensures efficient chip removal and improved tool life. The GLT-1 coating, applied through a PVD process, provides a hard surface with an anti-friction layer, resulting in a coating thickness of 2-4 μm. This combination not only enhances tool life but also improves chip flow, making it a versatile choice for various threading applications.

Product Specifications and Technical Details

The Emuge 1/8 Whitworth tap features a nominal size of 1/8 with 28 threads per inch (TPI). It is designed without coolant supply, making it suitable for applications where coolant is not required. The MULTI flute geometry and GLT-1 coating ensure optimal performance and longevity. The tap has a shank diameter of 7mm, an overall length (OAL) of 90mm, and a cutting edge length of 10mm. The square shank size is 5.5mm, and the tap hole diameter is 8.8mm. These specifications make it a reliable choice for threading operations in various materials and industries.

Practical Uses and Target Audience

The Emuge 1/8 Whitworth - SF-MULTI-GLT tap is perfect for professionals in the manufacturing and engineering sectors who require a reliable and durable tap for creating blind hole threads. Its versatility makes it suitable for use in almost all workpiece materials, including metals, plastics, and composites. While it is not recommended for threads starting with an increased diameter, its long-chipping capability makes it ideal for applications where chip flow and tool life are critical. With standard delivery taking 2-3 business days, this tap is a practical choice for those who need a reliable threading solution without delay.