15kg – 1.2mm Welding Alloys L-G Hardfacing Flux Core Mig Wire

Tired of frequent equipment wear and high replacement costs in abrasive environments? The Welding Alloys L-G Hardfacing Flux Core Mig Wire delivers exceptional abrasion and impact resistance, extending the lifespan of your ground-engaging tools. Engineered as a medium alloy Martensitic steel, this 1.2mm wire offers a perfect balance of hardness (55-60 HRC) and machinability, making it ideal for demanding industrial applications.

Core Specifications

Key Benefits

Designed for metal-metal wear and high abrasion, this flux core wire ensures superior impact resistance for dry/wet environments. Its economical design reduces long-term maintenance costs, while the machinable weld deposit allows post-weld adjustments with special tools. Equivalent to Stoody 965-G, it meets global standards for reliable performance.

Applications

Ideal for agricultural & earthmoving equipment, compactor wheels, shredders, bucket teeth, cutting edges, steel mill rolls, conveyor chutes, and sand dredge tools. Perfect for recycling machinery and dragline buckets needing durable hardfacing.

Performance Highlights

With a 3-layer welded hardness of 55-60 HRC, the wire provides long-lasting protection against wear. The DC+ polarity and optimized parameters (100-280A current, 18-30V voltage) ensure stableµç»¡ and consistent bead formation.

Quality Assurance

Manufactured to strict industry standards, each spool undergoes rigorous testing to guarantee hardness, chemical composition, and weldability. Trusted by professionals for its reliability in heavy-duty applications.

Why Choose L-G Wire?

Unlike generic hardfacing wires, L-G combines high abrasion resistance with impact toughness, making it suitable for dynamic loads. Its compatibility with mixed argon gas ensures versatility across welding setups, outperforming competitors in harsh conditions.

FAQ

Q: Can this wire be used for underwater applications?
A: Yes, it offers good performance in wet environments.
Q: Is preheating required?
A: Preheating may be needed for thick materials; consult welding procedure specifications.
Q: What tools are needed for machining the weld deposit?
A: Use carbide-tipped tools for best results.

Ready to enhance your equipment’s durability? Contact us now for a personalized quote and technical support!