Guhring 9011520060000 Spiral Flute Tap M6x1.00 Metric

Product Description

The GUHRING 9011520060000 is a spiral flute tap designed for threading M6x1.00 metric holes in alloy steel and carbon steel workpieces. It features a modified bottoming chamfer, allowing threads to be cut close to the bottom of a blind hole. The tap is manufactured from high speed steel and carries a TICN coating that reduces friction and extends tool life in ferrous materials. With 3 right-hand spiral flutes and a 6H class of fit, this tap produces threads that meet standard metric tolerance requirements. Coolant-through capability is built in, supporting high-productivity tapping operations on CNC machining centers and automated equipment.

This tap is suited for production environments and job shops working with alloy steel and carbon steel components. The modified bottoming chamfer makes it appropriate for blind-hole applications where full thread depth close to the hole bottom is required. The TICN coating and coolant-through design support use in higher-speed tapping cycles. Licensed machinists, toolroom technicians, and CNC operators are the typical installers. GUHRING Series 1152 taps are a recognized tooling solution for precision metric threading in manufacturing applications.

Key Features

• M6x1.00 metric thread size with 6H class of fit for standard tolerance metric threads
• Modified bottoming chamfer for threading close to the bottom of blind holes
• TICN coating reduces friction and increases tool life in ferrous materials
• Coolant-through design supports high-speed tapping on CNC equipment
• 3 right-hand spiral flutes for efficient chip evacuation
• High speed steel construction provides toughness across a range of steel alloys

Compatibility

Designed for threading M6x1.00 metric blind and through holes in alloy steel and carbon steel. Compatible with D4 and D5 thread limits per standard metric tap tolerance classifications. Part of GUHRING Series 1152.

Installation Notes

Installation and use of this tap should be performed by a qualified machinist or CNC operator. Ensure the spindle and workpiece are properly secured before beginning the tapping cycle. Use appropriate cutting fluid or coolant through the tool to maintain tool life and thread quality. Follow the machine tool manufacturer guidelines for spindle speed and feed rate when setting up the tapping operation.