1.5% Lanthanated TIG Tungsten Electrodes 1.6/2.4mm Gold Tip

$99.00

Product Introduction

Premium 1.5% Lanthanated TIG Tungsten Electrodes with gold tip, ideal for welding carbon steel, stainless steel, nickel alloys, titanium, and aluminum. Offers excellent arc starts, low burn-off rate, and long life, suitable for critical applications like aviation. Meets ANSI/AWS 5.12 -98 and ISO 6848 standards.

Specifications

Material 1.5% Lanthanated Tungsten (Gold Tip)
Size 1.6mm x 175mm & 2.4mm x 175mm (10 sticks each)
Quality Trade Quality, Annealed, Not Recycled
Standards ANSI/AWS 5.12 -98, ISO 6848
Part # PTR0002-16
SKU: 1f21e26f5f4f Categories: , ,
Description

Lanthanated 1.5% 1.6mm & 2.4mm TIG Tungsten Electrodes – Gold Tip

Unlock professional-grade welding precision with COBRA’s 1.5% Lanthanated Tungsten Electrodes, Australia’s trusted choice for industrial excellence. Engineered for superior arc performance and durability, these gold-tip electrodes deliver consistent results across critical applications¡ªideal for skilled tradespeople and demanding industries.

Core Specifications

Description 1.5% Lanthanated Tungsten Electrodes (Gold Tip)
Packaging 1 x 10-stick pack (1.6mm x 175mm) + 1 x 10-stick pack (2.4mm x 175mm)
Material Trade Quality Annealed Tungsten (Non-recycled)
Standards ANSI/AWS 5.12 -98 & ISO 6848 Certified
Arc Performance Excellent arc starts, low burn-off rate, stable arc
Compatibility AC/DC Electrode Negative (DCEN)
Applications Carbon steel, stainless steel, nickel alloys, titanium, aluminum
Replacement Direct substitute for thoriated tungsten
Durability Resists flaking and breakdown
Part Number UNIMIG PTR0002-16

Key Performance Benefits

Designed for professionals, these electrodes feature an annealed grain structure for enhanced conductivity and longevity. The 1.5% lanthanum oxide formulation ensures reliable arc ignition at low amperages, reducing spatter and improving weld quality. Ideal for critical sectors like aviation, where precision and consistency are non-negotiable.

Applications & Industries

Perfect for welding carbon steel, stainless steel, nickel alloys, titanium, and aluminum. Whether in manufacturing, automotive, or aerospace, these electrodes excel in high-stakes environments, offering the stability needed for intricate and heavy-duty projects.

Why Choose COBRA Tungstens?

  • Premium Quality: Trade-grade, non-recycled tungsten for unmatched reliability.
  • Cost-Efficient: Low burn-off rate extends electrode life, reducing replacement costs.
  • Safety-Focused: Lead-free alternative to thoriated tungsten, compliant with global standards.
  • Versatile: Works seamlessly on AC/DC, suitable for diverse welding tasks.

FAQ

Q: What makes lanthanated tungsten better than other types?
A: Lanthanated electrodes offer superior arc stability, longer life, and lower voltage requirements compared to pure tungsten, making them ideal for precision work.

Q: Can these be used with inverter welders?
A: Yes, they are compatible with all modern inverter and traditional TIG welders.

Q: Are these electrodes pre-ground?
A: Yes, each electrode is correctly ground to ANSI/AWS standards for immediate use.

Quality Assurance

Backed by COBRA’s reputation as Australia’s leading tungsten brand, every pack meets strict industrial standards. We stand behind our product with a 30-day satisfaction guarantee¡ªreturn unused items for a full refund if not completely satisfied.

Ready to elevate your welding performance? Contact us today for bulk pricing, technical support, or to place your order. Experience the difference with COBRA’s premium lanthanated tungsten electrodes.

Shipping and Delivery

Packaging & Transportation

Weldsuper Nozzles

Weldsuper nozzles are precision parts that require professional protection.
 
Each nozzle is individually vacuum-sealed and fixed with shock-absorbing foam to avoid collision, dust and moisture.
 
Sturdy outer packaging with clear fragile marks is used for safe transportation.
 
We select reliable logistics with full tracking, ensuring products arrive intact and in perfect condition.