37 Degree Heavy-Duty Flaring Tool

37 Degree Heavy-Duty Flaring Tool

The 37 Degree Heavy-Duty Flaring Tool is a heavy-duty tool that is designed for forming 37-degree flares in annealed stainless steel (MIL-T-6345 or AMS5566), cold drawn stainless steel, and annealed copper or aluminum tubing. The tool is built to withstand continuous rugged service and features a ball thrust bearing mechanism that reduces the effort required to flare tubing. The hardened tool steel die features a non-slip grip of tubing, even after repetitive flaring. The bar has a vise extension for added stability.

Key Features:

  • Forms 37-degree flares in annealed stainless steel (MIL-T-6345 or AMS5566), cold drawn stainless steel, and annealed copper or aluminum tubing
  • Built to withstand continuous rugged service
  • Ball thrust bearing mechanism reduces effort required
  • Hardened tool steel die features non-slip grip of tubing, even after repetitive flaring
  • Bar has vise extension for added stability

Applications:

The 37 Degree Heavy-Duty Flaring Tool is ideal for use in a variety of applications, including:

  • Plumbing
  • HVAC
  • Electrical
  • Automotive
  • Marine

Benefits:

The 37 Degree Heavy-Duty Flaring Tool offers a number of benefits, including:

  • Accuracy: The tool forms precise 37-degree flares that are essential for proper sealing.
  • Durability: The tool is built to withstand continuous rugged service.
  • Convenience: The tool features a ball thrust bearing mechanism that reduces the effort required to flare tubing.
  • Safety: The hardened tool steel die features a non-slip grip of tubing, even after repetitive flaring.

Order your 37 Degree Heavy-Duty Flaring Tool today!

Only 2 left in stock - order soon

$563.29

Add to Cart:

This product was added to our catalog on Wednesday 01 December, 2010.

Customers who bought this product also purchased...

Subscribe to our newsletter in order not to miss new arrivals, promotions, and discounts of our store

Thank you for subscribing!

Follow us on social media