Esab 996995 Mig Contact Tip 0.035 Inch Medium Duty

Product Description

The ESAB 996995 is a medium standard duty contact tip designed for MIG welding applications. It is sized for 0.035 inch wire outside diameter and provides consistent electrical conductivity between the welding machine and the wire electrode. Contact tips are consumable components that thread into the front end of a MIG gun and are replaced routinely during production or field welding. This tip is rated for hard cored wire and is built to handle the demands of standard duty MIG gun service. Welding technicians and fabricators working with solid or flux-cored wire will find this a direct-fit consumable for compatible ESAB gun assemblies.

This contact tip is intended for use with the ESAB Gun Number MT-200cc and Gun Numbers ST series MIG guns. It fits standard duty MIG welding setups found in light industrial, fabrication shop, and field welding environments. It is sold individually, with a minimum order quantity of 10 units, making it practical to stock as a standard consumable. The 0.035 inch bore size matches the most common wire diameter in structural and general fabrication welding work.

Key Features

• 0.035 inch wire outside diameter sizing for consistent wire feed and arc stability
• Designed for hard cored wire MIG welding applications
• Medium standard duty construction for reliable service life in production environments
• Compatible with ESAB MT-200cc and ST series MIG gun numbers
• Sold as individual tip with minimum order quantity of 10 units for efficient restocking

Compatibility

Designed for use with ESAB Gun Number MT-200cc and Gun Numbers ST series MIG welding guns.

Installation Notes

Contact tips are installed and replaced by welding technicians during routine MIG gun maintenance. Always shut down the welding machine and allow the gun to cool before removing a worn tip. Contact tips are threaded components and should be seated firmly by hand or with appropriate pliers to ensure solid electrical contact. Replace tips at the first sign of bore wear, spatter buildup, or arc instability to maintain weld quality.