Emkay High speed Steel Spiral Flute HSS Taps Metric Fine ISO 529( 6 H Tol) II

Features: Emkay High Speed Steel Spiral Flute HSS Taps Metric Fine – ISO 529 (6H Tolerance) II

• High-Grade HSS Material: Manufactured from premium High Speed Steel for superior toughness, hardness, and wear resistance.

• ISO 529 Compliance: Designed in accordance with ISO 529 standards, ensuring consistent and globally accepted threading performance.

• Metric Fine Threading: Specifically designed for fine pitch metric threads, ideal for precision engineering and tight-tolerance applications.

• Spiral Flute Geometry: Ideal for blind hole tapping, the spiral flutes lift chips upward and out of the hole to prevent clogging and breakage.

• 6H Tolerance Class: Provides accurate internal threads with standard 6H fit, ensuring compatibility with a wide range of fasteners.

• Precision Ground Finish: Ground flutes deliver a smooth cutting action and high-quality surface finish, reducing tool wear.

• High-Performance Design: Ensures excellent chip evacuation, reduced friction, and longer tool life in high-speed operations.

• Versatile Usage: Suitable for both manual and machine tapping, including CNC machining applications.

• Material Versatility: Works well on a variety of materials including mild steel, aluminum, brass, copper, and non-ferrous alloys.

• Industrial Grade Reliability: Ideal for automotive, aerospace, electronics, tooling, and precision manufacturing industries.

Application For uses : 

• Ideal for blind hole tapping, especially where upward chip evacuation is essential to avoid jamming and tool breakage.

• Used in precision engineering applications that require fine pitch metric threads with tight tolerances.

• Commonly used in the automotive, aerospace, electronics, tooling, and instrumentation industries.

• Suitable for machine tapping operations on CNC machines, drilling centers, and tapping attachments.

• Performs well in materials like aluminum, copper, brass, mild steel, and non-ferrous metals.

• Preferred in high-precision assemblies, such as threading in thin-walled components and delicate workpieces.

• Recommended for small component manufacturing, thread repair, and production lines requiring consistent thread quality.

• Ensures smooth tapping in applications where chip control and high thread finish are critical.