Victor 2-ET Acetylene Welding Elbow Tip for 300 Series Handles

High-Performance Victor 0311-0059 Welding Tip

Upgrade your welding setup with the Victor 2-ET Elbow Tip (0311-0059), a top-tier nozzle designed for efficiency and ease of use. This product is part of the Victor ET Series, known for its robust construction and superior flame performance. If you are using Acetylene or Hydrogen fuel gases, this size 2 elbow tip is the perfect match for your heavy-duty welding projects. It is specifically calibrated to produce a long cone flame, which allows for precise heat application and better puddle control during the welding process.

The engineering behind the Victor 2-ET tip focuses on solving common welder frustrations. The inclusion of a double o-ring on the seating end is a game-changer. It allows you to seat the tip into the torch handle by hand, ensuring a leak-proof seal without reaching for a wrench. This not only saves time during tip changes but also prevents overtightening and damage to the torch head. The brass coupling nut is another durability feature, incorporating a snap ring that protects the seating cone from nicks and deformation when the tip is not in use or being transported.

Performance-wise, the spiral mixer technology integrated into the nozzle is what sets Victor apart. This design optimizes the mixture of oxygen and fuel gas, delivering a flame that is both hot and stable. This consistency is vital for producing strong, clean welds with minimal defects. The one-piece copper elbow is built to withstand high temperatures and resist spatter adhesion, making cleanup easier and extending the life of the consumable.

This tip is compatible with 300 Series torch handles, making it a standard fit for many industrial oxy-fuel outfits. Whether you are in a fabrication shop, on a construction site, or in a home garage, the Victor 2-ET Elbow Tip delivers the professional-grade performance required for high-quality metal joining. Invest in genuine Victor parts to ensure safety, reliability, and the best possible welding outcomes.