Die 22mm -1.50 RH Rethread Hex HCS - Irwin

Part #: 7365

Metric Standard Threading: Engineered for precise M22 x 1.50mm right-hand thread specifications, ensuring compatibility with standard metric fasteners.
Rethreading Capability: Specifically designed for repairing damaged, stripped, or corroded external threads, extending the life of bolts and components.
Hexagonal (Hex) Shape: This unique design allows the die to be driven with a wrench or socket, providing versatility and ease of use, especially in confined spaces.
High Carbon Steel Construction: Crafted from High Carbon Steel for exceptional durability, resilience, and resistance to wear during demanding threading tasks.
Irwin Quality: Manufactured by Irwin, a trusted name in professional-grade threading tools, known for reliability and performance.

The Irwin DIE 22MM -1.50 RH RETHREAD HEX HCS is an essential tool for:

Automotive Repair: Restoring damaged threads on engine components, chassis bolts, and exhaust systems.
Machinery Maintenance: Repairing threads on industrial equipment, agricultural machinery, and heavy-duty vehicles.
General Fabrication: Ideal for various repair and maintenance tasks where existing external threads need refurbishment.
Plumbing & HVAC: Addressing damaged pipe threads or fittings.
On-Site Repairs: Its hex design makes it suitable for quick field repairs without the need for a traditional die stock.

Cost-Effective Thread Repair: Avoids the expense of replacing entire bolts, nuts, or components by efficiently restoring existing threads.
Enhanced Efficiency: The hexagonal form factor enables rapid thread repair using common hand tools, streamlining repair processes.
Versatile & Accessible: Offers a practical solution for thread repair in challenging or restricted access areas where conventional tools may not fit.
Long-Lasting Performance: The robust High Carbon Steel construction ensures extended tool life and consistent, reliable thread restoration.
Precise Thread Restoration: Delivers accurate rethreading, ensuring fasteners fit securely and function as intended, maintaining structural integrity.