Metric Plug Tap, Standard, 5mm - .80 - Vermont American

The Vermont American 21123 Metric Plug Tap, Standard, 5mm - .80, is an essential tool engineered for professional technicians and mechanics seeking reliable performance in thread cutting and repair. Designed to create precise M5 x 0.80 metric coarse threads, this plug tap is built for durability and consistent results across various demanding applications. Its robust construction ensures it stands up to the rigors of automotive, industrial, and general maintenance tasks.

Key Features

• M5 x 0.80 Metric Coarse Thread: Specifically designed for cutting and reforming standard M5 metric coarse threads with a 0.80mm pitch.
• High Carbon Steel Construction: Manufactured from high-quality High Carbon Steel (HCS) for superior strength and extended tool life.
• Heat-Treated for Durability: Undergoes a specialized heat-treatment process to enhance its strength and resistance to wear, ensuring long-lasting performance.
• Plug Chamfer Design: Features a plug-style chamfer with 3-5 tapered threads, facilitating easy thread starting and versatility in both through-hole and certain blind-hole applications.
• Rust and Tarnish Resistant: Designed to resist rust and tarnish, contributing to greater accuracy and prolonged tool integrity.
• Precision Machined: Produced to exacting specifications to ensure bolts fit tightly and anchor securely, delivering professional-grade precision.

Applications

This Vermont American Metric Plug Tap is highly versatile for a range of professional uses. It is ideal for cutting new internal metric threads in pre-drilled holes or for restoring and cleaning out damaged, worn, or rusted threads. Common applications include maintenance and repair on import cars, motorcycles, and various industrial machinery. Professionals can confidently use this tap in diverse materials such as brass, aluminum, mild steel, and even plastics, making it a valuable addition to any workshop or job site. It performs effectively in through-hole tapping and can be used to advance threads in blind holes, often following a taper tap where full thread depth is critical.