Irwin Industrial Tool Co 8327 Metric Tap 6mm X 1.0

Product Description

The IRWIN INDUSTRIAL TOOL CO 8327 is a 6mm x 1.0 metric hand tap made from carbon steel, designed for threading work across a wide range of materials. It produces a Class 2B thread and is suited for routine maintenance and repair applications where a high-accuracy tolerance thread is not critical. Straight flutes are ground into the tap body to promote rapid chip removal, keeping the threading process efficient and reducing clogging during use. This tap is intended for hand-driven threading operations and is compatible with a 5.0mm pilot drill bit.

This metric tap is commonly used by maintenance technicians, plumbers, electricians, and general tradespeople for rethreading damaged fastener holes or creating new threads in metal, plastic, and similar materials. Its Class 2B thread profile makes it appropriate for general-purpose fastener applications where standard fit tolerances are acceptable. It is well suited for field repair work, shop maintenance, and light fabrication tasks where hand tapping is the preferred method.

Key Features

• 6mm x 1.0 metric thread specification for standard metric fastener compatibility
• Carbon steel construction provides adequate hardness for hand tapping in common materials
• Straight flutes ground for rapid chip removal during threading
• Produces a Class 2B thread for general-purpose fit tolerances
• Designed for hand threading work across a variety of materials
• Suitable for rethreading and repair work where tight tolerance is not required

Compatibility

Designed for use with a 5.0mm pilot drill bit. Suitable for hand threading applications in metal, plastic, and similar materials where a Class 2B metric thread is the required output.

Installation Notes

This tap is intended for hand-driven use with a standard tap wrench. Always ensure the pilot hole is drilled to the correct diameter before tapping. Apply appropriate cutting fluid to extend tap life and reduce friction during threading. Back the tap off periodically during use to break chips and prevent binding or breakage.