Welders Choice 84737493 Tig Welding Rod Tungsten 1/16 in

Product Description

The WELDERS CHOICE 84737493 is a thoriated tungsten TIG welding rod designed for gas tungsten arc welding (GTAW) applications. Each rod measures 1/16 inch in diameter and 7 inches in overall length. Thoriated tungsten electrodes are a long-established choice in TIG welding for their arc-starting reliability and electrode longevity. This rod is sold in packages of 10, making it practical for shop stocking or job-site use. Licensed welders and fabricators working on precision welds in steel, stainless, and similar base metals will find this a standard consumable for their TIG setup.

This tungsten electrode is suited for use in both light industrial and professional fabrication environments. It is appropriate for DC welding processes where thoriated tungsten is specified. Common applications include pipe welding, structural fabrication, aerospace component work, and precision sheet metal joining. The 1/16 inch diameter is a common size used on lower-amperage TIG machines and thinner base materials.

Key Features

• Thoriated tungsten construction for reliable arc starting and electrode stability
• 1/16 inch diameter suits lower-amperage TIG welding applications and thin-gauge materials
• 7 inch overall length is the industry-standard rod length for TIG electrodes
• Sold in a 10-pack for efficient shop stocking
• Compatible with standard TIG torch collet bodies sized for 1/16 inch electrodes

Compatibility

Designed as an OEM-style replacement or standard consumable for TIG torches accepting 1/16 inch diameter tungsten electrodes used in DC GTAW welding setups.

Installation Notes

Thoriated tungsten electrodes are installed by certified welders familiar with GTAW procedures. Always power down and discharge the TIG welding machine before changing electrodes. Thoriated tungsten contains low-level radioactive material - follow applicable safety guidelines for grinding, disposal, and handling per your facility's health and safety protocols. Proper electrode preparation (grinding direction and tip geometry) should follow the welding procedure specification for the application.