0468500003 - ESAB PSF M6 Heavy Duty Contact Tip 0.030" (Pack of 10)

High-Performance ESAB PSF M6 Contact Tips

The ESAB PSF M6 Tip HD 0.8mm (Part Number 0468500003) is a premium consumable designed specifically for the renowned ESAB PSF series of MIG welding guns. Engineered for professional industrial environments, these contact tips are manufactured with precision tolerances to ensure optimal electrical conductivity and wire feed performance. The "HD" (Heavy Duty) designation indicates a robust construction capable of withstanding the high thermal stresses associated with continuous welding operations, particularly when using CO2 shielding gas which can generate significant spatter and heat.

These contact tips feature a standard M6 thread, making them compatible with a wide range of PSF gas nozzles and tip adapters. The bore is strictly calibrated for 0.8mm (0.030 inch) welding wire, providing the perfect balance between clearance for smooth feeding and tight contact for consistent arc initiation. A worn or ovalized tip bore is a leading cause of micro-arcing inside the tip, which leads to burnbacks and unstable welds. By using genuine ESAB HD tips, operators can maintain a focused arc and reduce downtime caused by premature consumable failure.

Technical Specifications & Compatibility

This 10-pack of contact tips is essential for maintaining the efficiency of your welding setup. The copper alloy material is selected for its excellent thermal conductivity and hardness, resisting the abrasive wear of the moving wire. Whether you are fabricating mild steel, stainless steel, or working in automotive repair, these tips deliver the reliability ESAB is known for.

• Thread Type: M6 (Metric 6mm)
• Wire Compatibility: 0.8mm (0.030") Solid or Flux-Cored Wire
• Series Compatibility: ESAB PSF MIG Guns (e.g., PSF 250, PSF 305, PSF 405)
• Durability: Heavy Duty (HD) classification for extended life
• Packaging: Convenient pack of 10 tips

Investing in high-quality consumables like the ESAB 0468500003 ensures that your welding parameters remain stable, reducing the need for constant voltage adjustments and minimizing post-weld cleanup.