3 Piece High Carbon Steel - Tap 7/16"- 20 NF - Hanson

Specifications

• Manufacturer: IRWIN HANSON
• Model Number: 2640
• Thread Type: 7/16" - 20 NF (National Fine)
• Material: High Carbon Steel
• Set Composition: 3-piece tap set (Taper, Plug, Bottoming taps)
• Weight: 0.3 lbs
• Dimensions: 4.25 x 2 x 0.25 inches

Key Features

• Precision Threading: Engineered for accurately cutting 7/16"-20 NF threads.
• High Carbon Steel Construction: Provides durability and wear resistance for consistent performance.
• Complete 3-Piece Set: Includes taper, plug, and bottoming taps for comprehensive thread starting and finishing.
• National Fine Thread Specific: Designed to meet exact NF thread specifications, ensuring compatibility and secure fastening.
• IRWIN HANSON Quality: Manufactured to deliver reliable and precise thread cutting results.

Applications

• Creating New Threads: Forms internal 7/16"-20 NF threads in materials such as metal and plastic.
• Repairing Damaged Threads: Restores worn or stripped 7/16"-20 NF threads, prolonging component lifespan.
• General Fabrication: Suitable for custom projects and assembly tasks requiring fine thread connections.
• Automotive and Machinery Maintenance: Essential for precise threading in various repair and overhaul operations.
• Through and Blind Hole Tapping: The complete set enables effective threading in various hole depths and configurations.

Benefits

• Reliable Thread Creation: Consistently produces strong, accurately sized 7/16"-20 NF threads, minimizing errors and rework.
• Extended Tool Life: High carbon steel material resists wear, providing a durable and long-lasting tapping solution.
• Versatile Threading Solutions: The three-tap system offers the flexibility to create threads from start to finish, including in challenging blind holes.
• Cost-Effective Repairs: Efficiently repairs existing damaged threads, reducing the need for expensive component replacements.
• Enhanced Fastener Security: Ensures optimal thread engagement for fasteners, contributing to more robust and secure assemblies.