Swan Neck (XP300A)

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Shop the Swan Neck (XP300A) – a durable, high-performance torch component engineered for precision and long-lasting reliability.

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SKU: XP3001 Categories: , Brand:

The Swan Neck (XP300A) is a premium-grade replacement component designed for the XP8 300A MIG torch, providing exceptional durability and accuracy during demanding welding applications. Crafted with high-quality materials, this swan neck ensures optimal electrical conductivity and robust resistance to heat, making it ideal for both industrial and professional use. Its ergonomic curve facilitates easy wire feeding and seamless torch control, enhancing overall weld precision. Whether you’re tackling stainless steel, mild steel, or aluminum projects, this torch neck delivers consistent results and long service life. The XP300A Swan Neck is trusted by welding professionals across Ireland for its reliability and compatibility with a wide range of XP8 consumables. Upgrade or replace your existing torch neck with confidence, knowing you’re choosing a product built to perform under pressure. Get smoother arc starts, reduced downtime, and unmatched value with the Swan Neck (XP300A).
Key Features
Precision Bent Neck – Optimized angle for accurate wire delivery.
Heat Resistant – Withstands high-temperature applications.
Durable Build – Made for long-lasting torch performance.
Universal Fit – Seamlessly fits XP8 300A torches.
Smooth Connectivity – Ensures stable current flow.
Detailed Specifications
Type: Swan Neck
Model: XP300A
Material: High-strength alloy with heat-resistant coating
Compatibility: XP8 300A MIG Torch
Diameter: 16mm
Length: 170mm
Connection Type: M10
Max Amperage: 300A
Cooling: Air-cooled
Product Benefits & Uses
The Swan Neck (XP300A) enhances the performance of your XP8 300A MIG torch by improving electrical transfer and feeding control. Its durable structure resists wear and tear from high-amperage welding jobs, making it ideal for fabrication shops, automotive repair, construction, and heavy-duty industrial welding environments. It ensures precision in tight spots, reduces hand fatigue, and minimizes downtime due to part failure.